Ireland has introduced its first National Policy Statement and Roadmap on Circular Textiles for 2026 to 2028. The initiative aims to reduce textile waste and accelerate the transition toward a circular economy.

A key measure in the roadmap is the shift in responsibility for textile waste management. By April 2028, producers and retailers will be required to fund the collection and processing of used textiles. This move will reduce the burden on public services and consumers while encouraging more sustainable production practices.

The policy focuses on improving product design to extend the life of textiles. It promotes reuse, repair, and recyclability across the value chain. According to government officials, the roadmap will make the fashion industry more accountable for the waste it generates.

Alan Dillon, Minister of State for Circular Economy, stated that a large volume of textiles currently ends up in general waste. He emphasized that the new measures will help Ireland move closer to a fully circular textile system.

Alongside policy changes, Ireland is launching a national awareness campaign to guide consumers. The initiative encourages proper sorting and donation of used textiles through charity shops, clothing banks, and civic collection sites.

Citizens can access guidance and locate nearby donation points through the Mywaste platform. The country already has more than 1,500 collection points to support reuse and recycling efforts.

Ireland generates over 110,000 tonnes of post-consumer textiles each year. Authorities stress that improving reuse and repair rates is essential to reduce environmental impact.

The roadmap signals a strong policy shift. By combining regulation, awareness, and infrastructure, Ireland aims to build a more sustainable and circular textile economy.

Bangladesh’s readymade garment sector has urged the National Board of Revenue (NBR) to allow local sourcing of raw materials on a free-of-cost basis. This proposal highlights a growing policy gap that may hinder value addition and supply chain efficiency.

Industry leaders said exporters are currently permitted to import raw materials from international suppliers under free-of-cost arrangements. However, no such provision exists for sourcing similar inputs from domestic suppliers, creating an uneven playing field for local backward linkage industries.

In a letter sent on April 9, 2026, the Bangladesh Knitwear Manufacturers and Exporters Association (BKMEA) requested the removal of regulatory barriers and clearer policy guidelines regarding local FOC sourcing. The association emphasized that many local suppliers are now capable of meeting international buyers’ requirements and, in some cases, buyers prefer to nominate domestic vendors to supply inputs.

Despite this capability, uncertainty around whether such transactions qualify as deemed exports has discouraged manufacturers from using locally sourced FOC materials. Exporters say this limitation restricts production flexibility and weakens potential domestic value addition.

Mohammed Hatem, President, BKMEA, said exporters face operational challenges when buyers nominate local suppliers for free-of-cost input supply. He noted that the absence of a defined approval framework complicates compliance and delays production planning.

He explained that allowing local FOC sourcing could significantly reduce import dependency. For example, in a $100,000 export order, if $60,000 worth of raw materials are sourced locally under FOC terms, it would directly support domestic industries while lowering foreign exchange outflow.

Industry experts also questioned the rationale behind the current restriction. Md Lutfor Rahman, Former Member, Customs Policy Wing, NBR, said there is no strong justification for allowing FOC imports while restricting local equivalents. He added that with proper monitoring mechanisms in place, the risk of misuse would remain minimal, while the benefits to local industries could be substantial.

Earlier, the government introduced a policy allowing exporters to import raw materials on an FOC basis without previous limitations, which were previously capped at 50 percent of the prior year's consumption. While this move aimed to facilitate export growth, stakeholders believe that excluding local sourcing from the same framework has created policy inconsistency.

Industry insiders stressed that aligning local sourcing rules with import policies would improve competitiveness, streamline operations under the cutting, making, and trimming model, and strengthen Bangladesh’s backward linkage industries. 

Centre–Selvedge Variation (CSV), also known as a listing type, is a common and critical problem in textile dyeing, particularly in continuous dyeing processes such as pad–dry–cure. In this process, fabric is impregnated with dye liquor using a padder, then dried and fixed. Achieving uniform dye distribution across the full width of the fabric is essential to ensure consistent shade quality.

In this case study, the fabric under investigation is a woven cotton fabric widely used in apparel manufacturing due to its good absorbency and dye affinity. However, due to its structure and processing conditions, cotton fabric is also highly sensitive to variations in chemical application, mechanical pressure, and process parameters during dyeing.

CSV refers to the shade variation between the centre and selvedge (edges) of the fabric, where the centre portion may appear darker or lighter than the sides. This uneven dyeing effect occurs due to inconsistent dye penetration, uneven squeezing, or variation in fabric and machine conditions across the width.

This issue is highly significant in the textile industry because:

• It directly affects fabric appearance and quality
• It can lead to buyer rejection or claim
• It increases reprocessing cost and production loss
• It reduces overall process efficiency and reliability

Therefore, identifying the root causes of CSV and implementing effective corrective measures is essential for ensuring uniform dyeing quality and meeting buyer requirements.

Problem statement

During the bulk production of woven cotton fabric in a continuous dyeing (pad–dry–cure) process, a significant shade defect was observed, identified as Centre–Selvedge Variation (CSV), a form of listing.

The defect appeared as a visible shade difference across the fabric width, where the centre portion of the fabric showed a deeper (darker) shade compared to the selvedge (edges). In some sections, slight side-to-side variation was also noticed, indicating inconsistency in dye application and fixation.

This uneven dyeing created a non-uniform appearance in the fabric, which was clearly detected during shade panel inspection and visual evaluation under standard lighting conditions.

The impact of this problem was critical:

• The fabric failed to meet the buyer shade requirements
• High risk of order rejection or claim
• Increased reprocessing and correction cost
• Production delays and reduced efficiency
• Negative effect on overall product quality and consistency

Therefore, this CSV defect required immediate investigation to identify its root causes and implement effective corrective actions.

Objective of the study

The primary objective of this study is to investigate and resolve the problem of Centre–Selvedge Variation (CSV) observed during the continuous dyeing process of woven cotton fabric.

The specific objectives of this study are:

• To identify the root causes responsible for shade variation across the fabric width, particularly between the centre and selvedge areas
• To analyze the influence of different parameters, including fabric properties, machine settings, dye selection, and process conditions, on the occurrence of CSV
• To evaluate the existing dyeing process and detect any inconsistencies or deviations affecting shade uniformity
• To develop and implement effective corrective actions to eliminate or minimize CSV
• To improve overall shade uniformity and ensure consistent dye penetration across the full fabric width
• To reduce rejection, reprocessing cost, and production loss, thereby improving process efficiency and product quality
• To establish standard operating procedures (SOPs) and control measures for preventing CSV in future production

Process Details

This study was conducted on a continuous dyeing process (pad–dry–cure) used for the coloration of woven fabric. The detailed technical parameters of the process are described below:

Fabric Type

The fabric used in this study was 100% woven cotton fabric, commonly used for apparel applications.

• Construction: Plain/Twill weave (depending on production lot)
• GSM: Approximately 120–200 gsm
• Width: Standard open-width fabric
• Characteristics:
• High absorbency
• Good dye affinity for reactive dyes
• Sensitive to variation in pre-treatment and chemical application

Before dyeing, the fabric underwent pre-treatment processes such as:

• Desizing
• Scouring
• Bleaching

These steps are essential to remove impurities and ensure uniform wettability and absorbency, which directly affect dye uptake.

Machine Details

The dyeing was carried out in a continuous dyeing range, mainly consisting of:

Padder (Padding Mangle)

• Function: Impregnates fabric with dye liquor
• Key parameters:
• Nip pressure (left–centre–right uniformity)
• Pick-up percentage (typically 70–80%)
• Roller hardness: 70–80 Shore

Drying Unit

• Function: Removes moisture after padding
• Controlled parameters:
• Temperature uniformity across width
• Airflow distribution
• Fabric tension

Curing / Fixation Unit (Stenter or Thermosol)

• Function: Fixes dye on fabric
• Controlled parameters:
• Temperature (e.g., 150–180°C for reactive drying/curing stage)
• Dwell time
• Overfeed and fabric tension

Auxiliary Components

• Cloth edge guider
• Immersion rollers
• Trough with dye liquor circulation system

Proper control of these components is critical to maintain uniform chemical application and mechanical stability across the fabric width.

Dye class and chemicals

The dyeing process used reactive dyes, which are widely used on cotton because they form covalent bonds with cellulose.

Key characteristics of reactive dyes:

• High fastness (wash fastness)
• Good brightness and shade range
• Requires alkali for fixation
• Sensitive to process variations (pH, temperature, time)

Dyeing System:

• Generally trichromatic combination (Yellow, Red, Blue)
• Proper dye compatibility is essential to avoid tonal variation

Chemicals used:

• Wetting agent → improves absorbency
• Solubilizing agent → improves dye solubility
• Alkali (e.g., soda ash) → initiates fixation
• Sequestering agent → controls metal ions

Process parameters (typical range)

• Pick-up: 70–80%
• pH: Controlled depending on dye system
• Drying Temperature: 100–130°C
• Curing Temperature: 150–180°C
• Machine Speed: Controlled for uniform dwell time

Process Flow Summary

Pre-treatment → Padding (dye application) → Drying → Curing/Fixation → Washing → Finishing

Technical importance

Uniform control of:

• Padder pressure
• Fabric tension
• Temperature distribution
• Dye compatibility

It is essential to prevent defects like CSV (Centre–Selvedge Variation).

Defect analysis

During bulk production in the continuous dyeing process, a detailed inspection of the dyed fabric was carried out through visual assessment and shade panel evaluation. The following observations were recorded:

Shade panel result

• The shade panel test revealed non-uniform color distribution across the fabric width
• Clear variation in shade intensity was observed when comparing left, centre, and right portions of the fabric
• The fabric failed to meet the required shade tolerance limits set by the buyer

Centre vs selvedge shade variation (CSV Effect)

• A distinct Centre–Selvedge Variation (CSV) was identified
• The centre portion of the fabric appeared darker compared to the selvedge (edges)
• In some cases, the selvedge area showed a slightly lighter and duller shade, indicating lower dye uptake
• The variation was gradual, forming a tonal listing effect rather than a sharp boundary

Side-to-side variation

• Minor side-to-side shade variation was also observed
• One side of the fabric occasionally appeared slightly different from the other, indicating an imbalance in padder pressure or liquor distribution
• This confirmed that the problem was not only centre-based but also related to overall width-wise inconsistency

Fabric appearance

• The defect was clearly visible under standard lighting conditions
• Uneven shade reduced the visual quality and commercial acceptability of the fabric
• The listing effect became more prominent after finishing

Initial interpretation

Based on the above observations:

• The defect is confirmed as CSV (a type of listing)
• It indicates uneven dye absorption and fixation across the width
• The problem is likely associated with mechanical, chemical, and fabric-related inconsistencies

Major reasons for Listing

• Fabric parameters
• Dyes combination
• Human error
• Machine parameters
• Utility issues
• Seasonal effect
• Suggested order to control listing

Fabric parameters

• Check fabric weight across the width for undyed fabric (GSM)
• Fabric residual size
• Fabric absorbency
• Fabric pH
• Fabric whiteness
• Uniform emerizing effect
• Uniform fabric selvedge (thick or thin selvedges)

Machine parameters

• Check the padder pressure uniformity left, centre, and right
• Fabric tension across the width
• Check the condition of the paddler and any immersion rollers in the trough
• Differential temperature in the drying zone
• Hardness of padder
• Vertical tension in the fabric in the IR section
• High machine speed & Speed Variation

Analysis

To identify the root causes of Centre–Selvedge Variation (CSV), a detailed investigation was carried out by analyzing the process under three major categories: fabric parameters, machine parameters, and dye/chemical factors.

A. Fabric parameters analysis

The fabric was thoroughly evaluated before dyeing to check its uniformity across the width. The following issues were identified:

• GSM Variation: Uneven fabric weight (GSM) was observed from centre to selvedge, which can cause different dye absorption levels
• Absorbency Variation: Non-uniform absorbency due to improper pre-treatment (desizing/scouring) resulted in inconsistent dye penetration
• Residual Chemicals: Presence of residual size or impurities in certain affected dye fixation
• pH Variation: Slight in fabric pH across the width influenced dye reactivity and fixation behavior
• Selvedge Condition: Selvedge areas were relatively thicker compared to the centre, leading to lower dye pick-up

Analysis conclusion: Fabric inconsistency significantly contributed to uneven dye uptake, leading to CSV.

B. Machine parameters analysis

The continuous dyeing machine and its components were checked for mechanical and operational uniformity. The following findings were observed:

• Padder pressure variation:
  Uneven nip pressure across left–centre–right caused variation in dye liquor pick-up
• Roller condition:
  Worn-out or uneven rubber rollers affected uniform squeezing
• Fabric tension variation:
  Unequal tension across width led to distortion in dye application
• Drying temperature variation:
  Non-uniform temperature distribution in the drying zone caused uneven moisture evaporation
• Machine speed fluctuation:
  Variation in speed affected dwell time and dye fixation consistency

 Analysis conclusion:
Mechanical imbalance and improper machine settings were major contributors to CSV.

C. Dye / Chemical analysis

The dyeing recipe and chemical behavior were carefully evaluated:

• Dye compatibility issue:
  A trichromatic dye combination (Yellow, Red, Blue) was used, but the dyes had different substantivity, leading to uneven shade development
• Uneven dye distribution:
  Improper mixing or circulation in the trough resulted in inconsistent dye application across width
• Chemical imbalance:
  Variation in alkali or auxiliary distribution affected fixation rate
• Low diffusion / leveling:
  Dyes with poor leveling properties increased the risk of localized shade variation

 Analysis conclusion:
Improper dye selection and chemical imbalance caused tonal variation and intensified CSV.

Overall investigation summary

The CSV problem was not caused by a single factor, but by a combination of fabric inconsistency, machine imbalance, and dye incompatibility, which together resulted in uneven dye uptake and fixation across the fabric width.

Corrective actions / solutions

Based on the detailed investigation, several corrective actions were implemented to eliminate Centre–Selvedge Variation (CSV) and ensure uniform dyeing across the fabric width. These actions were focused on machine adjustment, dye correction, process control, and operator training.

A. Machine adjustment

To ensure uniform mechanical performance across the fabric width, the following steps were taken:

• Padder pressure optimization:
• Uniform nip pressure was established across left–centre–right
• Padder hardness was maintained at 70–80 Shore for consistent squeezing
• Padder control tests applied:
• Carbon Test → to check nip pressure uniformity
• Pick-up Test → to measure liquor absorption consistency
• Powder Test → to observe chemical distribution across width
• Roller & equipment maintenance:
• Worn-out rubber rollers were replaced
• Immersion rollers and trough condition were checked and corrected
• Cloth edge guiders and spindles were adjusted properly
• Temperature & airflow control:
• Uniform temperature maintained in drying and curing zones
• Even airflow ensured in stenter chambers
• Tension & speed control:
• Fabric tension balanced across width
• Machine speed stabilized to avoid dwell time variation

• The control of squeezing padders

1. Dye / Chemical Correction

To eliminate tonal variation caused by dye incompatibility, the following improvements were made:

• Dye Selection Optimization:
• Dyes with similar substantivity were selected for trichromatic combinations
• Preference given to dyes with:
• Good solubility
• High diffusion
• High fixation
• Good wash fastness
• Recipe Adjustment:
• Proper balance of alkali and auxiliaries ensured
• Uniform dye liquor preparation and mixing maintained
• Trough Management:
• Dye liquor level controlled
• Prevention of lint accumulation in trough
• Ensured even dye liquor distribution across fabric width

C. Process Control Improvement

To maintain consistency in production, strong process control measures were implemented:

• Fabric Preparation Control:
• Uniform GSM ensured before dyeing
• Proper desizing, scouring, and bleaching confirmed
• Uniform absorbency and pH maintained
• Standard Operating Procedures (SOPs):
• SOPs introduced for machine setting, dye preparation, and operation
• Fixed process parameters (temperature, speed, pressure)
• Utility Management:
• Steam and air pressure stabilized
• Proper burner flame position ensured in singeing
• Environmental temperature and humidity controlled

D. Training and Supervision

Human factors were addressed through proper training and monitoring:

• Operator Training:
• Workers trained on padder adjustment, dye handling, and process control
• Awareness created about CSV causes and prevention
• Supervision System:
• Regular monitoring by supervisors
• Checklist system introduced for machine and process parameters
• Work Discipline Improvement:
• Standard working time maintained
• Motivation increased for quality production

Summary of Actions

The corrective measures focused on:

• Ensuring uniform squeezing and pressure
• Selecting compatible dyes
• Maintaining consistent process conditions
• Improving operator skill and supervision

Result & Outcome

After implementing the corrective actions, a significant improvement was observed in the dyeing and finishing quality:

• The Centre–Selvedge Variation (CSV) was successfully minimized to an acceptable level
• Uniform shade distribution was achieved across the full fabric width
• The previous issue of darker centre and lighter selvedge was eliminated
• Shade panel test passed within buyer tolerance limits
• Fabric appearance became consistent and commercially acceptable

In addition:

• Reprocessing was reduced, saving cost and time
• Production efficiency improved due to stable process conditions
• The dyeing process became more reliable and reproducible

 Overall, the production returned to normal with improved quality performance.

Conclusion

This case study demonstrates that Centre–Selvedge Variation (CSV) is mainly caused by a combination of:

• Uneven padder pressure and mechanical imbalance
• Fabric inconsistency (GSM, absorbency, pH variation)
• Incompatible dye combinations with different substantivity
• Lack of proper process control and supervision

The problem was effectively solved by:

• Maintaining uniform padder pressure and machine settings
• Ensuring proper fabric preparation and consistency
• Selecting compatible dyes with similar behavior
• Implementing standard operating procedures (SOPs) and operator training

The industry is learning a simple truth. Recycling fails without the right material. Technology alone cannot fix that.

Recent fibre-to-fibre projects proved it. The chemistry worked. The plants delivered quality fibre. Brands showed interest. Still, many struggled to survive. Why? Because the input was wrong.

Recycling technologies are not universal machines. Each process needs a specific feedstock. Cotton recycling needs high cotton content. Polyester recycling needs pure polyester. Blended fabrics, trims, dyes, and contaminants disrupt the process. When the input does not meet the requirement, output quality drops or the process stops.

Now consider the real world. Most post-consumer waste is mixed. A single garment may contain cotton, polyester, elastane, buttons, and prints. Once discarded, it loses identity. No one knows its exact composition. Sorting becomes slow, expensive, and often inaccurate. This is where the system breaks.

Sorting is not just a technical step. It is the foundation of recycling economics. If sorting fails, the entire value chain collapses.

Bangladesh stands on different ground. We work with pre-consumer waste. Factories generate cutting waste in large volumes. This material is known, controlled, and often mono-material or low-blend. We already sort it at source, even if informally. That gives us a natural advantage.

This is what the global industry is trying to build with heavy investment. Automated sorting plants, AI systems, and scanning technologies are all attempts to recreate what Bangladesh already has at factory level. Clean, predictable, and categorized feedstock.

But our system has limits.

It runs on habit, not data. Waste is sorted, but not documented. Fibre content is known, but not digitally recorded. Traceability is weak. As a result, global recyclers cannot fully rely on this supply. We remain outside high-value recycling loops.

The lesson is clear. Sorting must happen at the source, not after disposal. Once the materials mix, cost rises and value drops. When sorting starts at the factory, quality stays intact and value increases.

So the opportunity is not to reinvent the system. It is to upgrade it.

We need structured collection inside factories. Digital tagging of waste streams. Clear classification by fibre type and blend ratio. Integration with global recycling standards. These steps turn an informal strength into a strategic asset.

At the same time, we must prepare for post-consumer waste. That wave will come. When it does, countries without strong collection systems will struggle. Bangladesh can lead if it builds on its current base.

Circularity is already happening here. Quietly. Daily. At factory floors.

Now the question is simple. Do we stay informal and low-value, or move up the chain?

Those who control feedstock will define the future of recycling. Bangladesh already controls a clean stream. With structure and data, it can control the next phase of circularity.

Key insights:

• Bangladesh imports around 90% of its silk demand (400–450 tons annually). This highlights a strong opportunity for import substitution and local industry revival.
• Around 11,500 Bosni artisans remain active, but most are older. Lack of youth participation creates a long-term skills risk for the sector.
• Plans to reopen closed factories and attract local and foreign investment indicate a shift toward capital-driven modernization.
• The historical role of the Bangladesh Silk Development Board shows that coordinated institutional support is key but has weakened over time.

Rajshahi silk once stood as a proud symbol of Bangladesh’s heritage. Its fine texture and rich legacy made it famous across the region. But over the years, the sector lost its strength. Factories closed, and skilled workers left. Imports took over the market.

Now, the government is trying to change this story.

During a recent visit to the Rajshahi Sericulture Research and Training Institute, Md. Shariful Alam, State Minister for Textiles and Jute, shared a clear message. Rajshahi silk must return as a strong industry. He said it is not just a product. It is part of the country’s identity and pride.

The visit focused on real problems in the field. Production is low and  Many factories are no longer active. Old methods are still used in many areas. These issues have slowed down growth.

The role of the Bangladesh Silk Development Board was once central to the sector. It helped build the industry after its formation in 1977. But over time, lack of investment and strong competition from imported silk weakened the local base.

Today, the gap is clear. Bangladesh needs around 400 to 450 tons of silk each year. But nearly 90 percent of this comes from imports. Local production cannot meet demand. This creates both a challenge and an opportunity.

The government now plans to act on several fronts. It will invest in research to improve sericulture practices. It will expand mulberry cultivation to ensure a better raw material supply. It will also focus on improving the quality of silk yarn so that local products can compete in global markets.

But machines and research alone are not enough. The sector depends on people.

Traditional artisans, known as Bosnis, are the backbone of the industry. There are about 11,500 of them today. Most are older. Fewer young people are entering the trade. If this trend continues, the industry could lose its core skills.

To address this, new training programs are planned. The goal is to bring young workers into the sector and pass on traditional knowledge. This step is critical for long-term sustainability.

The government also plans to reopen closed factories. It aims to attract both local and foreign investors. With the right support, the sector can grow again. There is strong demand for high-quality silk in markets like China and Japan. Bangladesh wants to capture that opportunity.

The revival of Rajshahi silk is not only about production. It is about rebuilding an ecosystem. From farmers growing mulberry to artisans weaving silk, every step matters. If the plan succeeds, it can create jobs, boost exports, and protect a valuable heritage.

The journey will take time. But with clear focus and strong support, Rajshahi silk may once again shine on the global stage.

The Bangladesh apparel industry is currently navigating one of its most challenging phases in recent history. As of April 2026, data from the Export Promotion Bureau (EPB) presents a sobering picture: ready-made garment (RMG) exports have recorded negative growth for eight consecutive months.

A sharp 18.07% year-on-year decline in March 2026, combined with an overall contraction of 4.85% during the first three quarters of the fiscal year, has placed the sector under significant pressure.

These economic headwinds are intensified by heightened geopolitical volatility, most notably the widening conflict between Israel and Iran. The escalation in the Middle East has not only disrupted vital shipping routes and increased freight insurance premiums but has also contributed to energy price fluctuations that strain our production costs.

While global factors—including this regional instability and inflationary pressures in the EU—remain primary drivers of the slump, internal supply chain inefficiencies are compounding the situation. In times of contraction, trust becomes the most critical currency, yet it is being challenged by payment irregularities and engagements with unverified intermediaries.

In a shrinking market, even a single instance of financial disruption can have outsized consequences. The presence of “shadow operators”—unregistered buying houses without proper infrastructure or accountability—poses a significant risk. For factories already facing reduced order volumes, such exposure can lead to delayed payments, cash flow constraints, and reputational setbacks.

Addressing the Internal Challenge

To strengthen resilience and restore confidence across the supply chain, we must prioritize the following strategic pillars:

• Structured and Time-Bound Dispute Resolution: Business disagreements are inevitable, but prolonged resolution cycles are unsustainable. Establishing a coordinated and credible arbitration mechanism can resolve payment and order-related issues efficiently, ensuring business continuity and protecting liquidity.
• Strengthened Professional Vetting and Compliance: Factories and sourcing partners must prioritize verified, compliant, and professionally managed partners. Valid business licenses, relevant certifications, and active memberships with authorized industry and regulatory bodies are essential to reducing risk and strengthening supply chain credibility.
• Shifting from Cost to Reliability: In a more cautious global market, international buyers are prioritizing reliability as much as pricing. Sustaining our global position requires a sharper focus on how stakeholders collaborate to uphold professional standards, ensuring we can deliver at scale without compromising on predictability.
• Transparency and Industry Intelligence: We must move toward greater transparency in business practices. Encouraging structured verification—such as reviewing operational credentials and financial track records—combined with collaborative sharing of industry insights, will reduce uncertainty and support more informed, stable partnerships.

As Bangladesh approaches its LDC graduation, expectations from global buyers are evolving. Competitive pricing alone will no longer define success; reliability, transparency, and governance have become the new benchmarks. By formalizing supply chain practices now, Bangladesh will be positioned as a stable and trusted sourcing destination when global demand eventually rebounds. This is our moment to align trust with performance, ensuring that “Made in Bangladesh” stands for both competitiveness and unshakeable credibility.

Archroma, a global leader in specialty chemicals, is bringing a comprehensive range of advanced textile solutions to China Interdye 2026, demonstrating how textile and fashion brands and mills can achieve outstanding performance, productivity and sustainability all at the same time.

The world’s largest specialized exhibition for textile dyes and chemicals, China Interdye returns to Shanghai for its 25th year from April 15-17, 2026, showcasing the latest trends and technologies to an audience of influential industry professionals from China and around the world. Archroma will present breakthrough innovations spanning color performance, water repellency, sustainable fiber chemistry, functional finishes and end-to-end processing systems.

"China's textile industry sits at the forefront of a global transformation – one where sustainability is no longer a differentiator but a baseline expectation," Christine Cai, Vice President, North Asia, Archroma, said. “With a longstanding commitment to innovation and partnership, we are proud to help mills and brands move forward together through solutions designed to help them meet rising performance demands and tightening environmental standards. Partnering towards a sustainable future is not just our theme at this show; it is what we do every day."

Solving fashion's color fade problem
Color fade is one of fashion's hidden sustainability challenges. When garments lose their vibrancy after only a few washes, consumers discard them prematurely, undermining both brand investment and sustainability commitments. Powered by AVITERA® SE, Archroma's HIGH IQ® lastingcolor program has long set the industry benchmark for color durability. Now, HIGH IQ® lastingcolorPRO raises the bar further, becoming the first program designed to keep garments looking new for up to 50 washes while maintaining exceptional sustainability credentials. Brands and mills can reduce water use and CO₂ emissions by up to 50% and produce fabrics free from harmful substances.

Non-PFAS water repellency for every application
As PFAS restrictions tighten globally, Archroma's PHOBOTEX® range gives mills and brands proven alternatives that deliver robust, durable water repellency and soft handle and are non-PFAS, -formaldehyde or contain no crosslinker. PHOBOTEX® CWR-SUP has excellent water repellency and is based on 53% sustainably sourced renewable feedstock, while PHOBOTEX® CWR-LAD is a unique water repellent agent specially for air-dried laundry. Both products meet bluesign®, ZDHC and OEKO-TEX® standards.

A new benchmark for sustainable cotton processing
Combining Fibre52®’s patented low-temperature, bleaching technology with the award-winning AVITERA® SE dyes, Archroma is delivering a bleach-and-dye system that sets a new benchmark for sustainable cotton and cotton/polyester production. Together, the technologies enable mills to reduce water use and CO₂ emissions by up to 50%, reduce process weight loss by 2-4%, and deliver stronger, softer, more durable fabrics. The system is ZDHC MRSL v3.1 and OEKO-TEX® approved, and performs consistently across all shades, including whites.

Supporting China's EV revolution
China's dominance in the global electric vehicle market is reshaping demand for high-performance automotive textiles. As EV manufacturers compete on quality, comfort and brand differentiation, the expectations placed on automotive fabrics have never been higher: color fastness and aesthetic appeal, with uncompromising safety and compliance. Archroma's solutions for automotive textiles – including the TERATOP® range of dyes and UV-FAST® range of UV absorbers for EV– designed to achieve the highest light fastness requirements and reproducibility while supporting the move to a more sustainable manufacturing.

A complete system from sizing to finishing
Underpinning every solution at China Interdye is Archroma's SUPER SYSTEMS+ platform – powerful end-to-end systems developed to address key challenges facing the textile industry today: high resource consumption, complex chemical management and the shift to circularity. Drawing on the industry's broadest product portfolio, SUPER SYSTEMS+ combine fiber-specific wet processing solutions, durable colors and intelligent effects to deliver measurable resource savings with cleaner chemistries that eliminate harmful or regulated substances. For China’s mills navigating rising consumer expectations and regulatory obligations, SUPER SYSTEMS+ provide a clear, proven path forward.

Meet the Archroma team at China Interdye 2026
China Interdye is the largest global exhibition dedicated to the dyes, pigments and textile chemicals industry. With a floor area of 60,000 square meters, the event showcases a wide variety of products, from pretreatment auxiliaries to dyes and textile chemicals and printing equipment.

Visit Archroma at Hall H1, Booth A101 at the Shanghai World Expo Exhibition and Convention Center from April 15 to 17 2026.

Swiss engineering company Sulzer has officially joined the ecosystem of Finnish fiber innovator Spinnova, marking a strategic step toward scaling next-generation textile fiber production. The collaboration aims to accelerate the commercialization and industrial deployment of SPINNOVA fiber in global textile markets.

The partnership builds on an existing relationship between the two companies, particularly through the Woodspin demonstration facility, where Sulzer played a key role from early planning to production ramp-up. The latest move formalizes Sulzer’s position as a long-term technology partner in Spinnova’s journey toward large-scale manufacturing.

Sulzer will contribute advanced engineering and process expertise, especially in pumping, mixing, and fiber suspension flow technologies. These capabilities are expected to strengthen Spinnova’s production efficiency while supporting its broader sustainability goals. The company is globally recognized for delivering solutions that enhance energy efficiency, optimize resource use, and reduce industrial emissions.

Spinnova’s technology is based on transforming wood-based raw materials and waste streams into textile fibers without harmful chemicals. However, scaling such innovation from the pilot stage to the industrial level remains a major challenge across the industry. By integrating Sulzer’s industrial process expertise, Spinnova aims to bridge this gap and improve cost competitiveness at scale.

According to company representatives, the collaboration goes beyond a traditional supplier relationship. It involves close co-development, combining machinery delivery with process optimization and engineering support. This integrated approach is expected to improve the reliability and repeatability of production systems as Spinnova moves toward commercialization.

Mikko Kautto, responsible for Technology Concept and Partners, Spinnova, said that combining Sulzer’s engineering strength with Spinnova’s fiber innovation will enhance industrialization and strengthen competitiveness at scale. He emphasized that the partnership will improve the entire process from concept planning to implementation.

The country's apparel industry is currently facing significant pressure. Data from the Export Promotion Bureau (EPB) indicates that garment exports totaled $28.58 billion during the July-to-March period, a decline of 5.51 percent compared to the same period of the previous year. This decline in exports to the two major markets, the United States and the European Union (EU), is also affecting the overall economy.

Industry insiders attribute the reduced demand for apparel to prolonged high inflation in Europe, diminished consumer purchasing power, and sluggish retail sales. This reflects changes in global consumer behavior, market demand, and buyers' purchasing strategies. However, this is directly due to export-dependent manufacturing nations such as Bangladesh.

According to the latest country-wise data from the Export Promotion Bureau (EPB), Bangladesh's apparel exports to the European Union declined by 6.99 percent during the July-to-March period of the 2025-26 fiscal year.

According to the statistics, apparel worth approximately $14.02 billion was exported to the European Union market during this period.

The European Union market accounts for nearly half of Bangladesh's total apparel exports. Consequently, industry stakeholders view this decline in exports to the region as a matter of significant concern for the sector.

Among the EU countries, exports have declined most sharply in Germany. Over the past nine months, exports to the country fell by approximately 14 percent compared to the corresponding period of the previous fiscal year. Export earnings for the last nine months dropped to $3.27 billion, down from $3.80 billion during the same period of the previous fiscal year.

Denmark witnessed the second-highest rate of decline in exports, at 13.72 percent; export earnings there fell from $800 million to $690 million. France experienced the third-highest rate of decline, at 12.26 percent, with exports dropping from $1.65 billion to $1.45 billion.

The sole exception is Spain. Apparel exports to the country have increased by around 2 percent to $2.71 billion from $2.65 billion.

The United States is Bangladesh's second-largest market, accounting for approximately 20 percent of total exports. During the first nine months of the current fiscal year, exports to the U.S. amounted to $5.59 billion, a decline of 2.54 percent compared to the previous year.

Another key market for Bangladesh is the United Kingdom, which accounts for approximately 12 percent of total exports. During the July-March period of the current fiscal year, exports to the country amounted to $3.30 billion, a decline of 1.61 percent compared to the previous year.

Canada, which accounts for approximately 3 percent of Bangladesh's apparel exports. During the first nine months of the current fiscal year, exports to the country have remained nearly stable, declining by a mere 0.26 percent.

Japan ranks ninth among the top 10 destinations for Bangladeshi apparel exports. Over the past nine months, apparel exports totaled $790 million, down from $960 million during the corresponding period of the previous year. During this period, exports declined by 7.11 percent.

Exports to non-traditional or new markets decreased by 8.05 percent. Among non-traditional markets, countries such as Australia, India, China, Türkiye, the United Arab Emirates, South Korea, and Russia are prominent markets.

Currently, the global inkjet ink market has exceeded 21.5 billion yuan (2025 figures). China holds a major position with a market size of 4.417 billion yuan, while consumption of digital inkjet printing inks is growing rapidly at a CAGR of 18.6%, signaling a coming era of both technological breakthrough and market expansion for the industry.

In 2025, global digital inkjet printed fabric output is expected to reach 15.4 billion square meters, accounting for 26% of total printed fabrics. As the world’s largest printed fabric producer, China has seen its digital inkjet printing output share surge from just 2% in 2015 to 18% in 2023. By 2030, this figure is projected to exceed 7 billion square meters, making up 35% of the total.

Read more: https://www.textiletoday.com.bd/five-exhibition-zones-synergize-at-itcpe-guangzhou-2026

Behind this trend is the strong demand for flexible production chains driven by fast fashion and e-commerce, as well as a fundamental shift from traditional high-energy, high-emission printing to zero-inventory, low-pollution digital printing.

Against this backdrop, numerous ink manufacturers and enterprises are seizing market opportunities and ramping up investment in technological innovation and product R&D. They are committed to developing more eco-friendly, efficient, and vibrant textile digital inks to meet the market demand for high-quality digital textile printing products. The 2026 (21st) Guangzhou International Textile, Clothing and Printing Industry Expo (ITCPE Guangzhou 2026) undoubtedly serves as an ideal platform for these manufacturers to showcase their innovative achievements and expand their market reach.

From May 19 to 21, 2026, this grand industry event will kick off at the Poly World Trade Center Expo in Pazhou, Guangzhou. A host of leading ink manufacturers and enterprises will present their newly developed textile digital ink products and cutting-edge technologies at the show. These innovative offerings not only demonstrate their profound expertise in the ink sector, but also reflect their precise grasp of market demands and unremitting pursuit of technological innovation.

2026 ITCPE Ink Exhibitors Preview

(The following list is in no particular order)

Zhuhai AOMYA Digital Technology Co., Ltd.

Booth No.: T4008

Founded in Zhuhai, Guangdong in 2010, AOMYA put its new R&D and manufacturing factory into operation in Jiangmen in 2022, with a total production area of over 25,000 square meters.The company specializes in digital printing inks, including textile pigment inks, UV inks, advertising and imaging inks, and office printing inks, with an annual output exceeding 10,000 tons. It is committed to providing customers with comprehensive, one-stop industrial digital inkjet solutions.

To date, the company has applied for more than 20 patents. Backed by strong R&D strength, it has set up a Guangzhou testing center equipped with internationally advanced instruments such as gas chromatography, liquid chromatography, mass spectrometry, high-precision electron microscopes, particle size analyzers and dynamic surface tension testers. Adopting the ISO9000 quality management system, using raw materials from world-renowned suppliers and operating in a Class 100,000 cleanroom, AOMYA ensures excellent product quality, keeps up with industry development and meets customer requirements.

The company has established customer service and operation centers in Guangzhou, Shenzhen, Yiwu, Bangkok and Ho Chi Minh City, providing high-quality pre-sales and after-sales services to domestic and overseas customers, truly realizing a full-system customer solution.

Looking ahead, AOMYA will uphold its corporate philosophy of "Professionalism, Quality, Innovation, Service".Always customer-focused and product-supported, the company will adhere to a differentiated competitive development model to continuously create value for customers!

Shenzhen Inkbank New Material Group Co., Ltd.

Booth No.: T3009

Shenzhen Inkbank New Material Group Co., Ltd. is a leading Chinese supplier of inkjet inks and digital application solutions, with 20 years of professional experience in R&D and manufacturing of inkjet inks.The company currently has a modern R&D and production base of nearly 50,000 square meters, with an annual capacity of up to 40,000 tons. Its products are well sold in more than 100 countries and regions worldwide. It ranks among the top in the domestic digital inkjet ink market share and is one of the largest digital inkjet ink suppliers in China.

The company’s R&D team is led by its chief scientist, a returned doctor who once served as a senior scientist at a Fortune 500 company in the US and has devoted nearly 30 years to research in digital inkjet inks and materials.After years of development, the company has obtained nearly 50 patents, including more than 30 invention patents.

It has been recognized with important national, provincial and municipal honors, such as national-level "Little Giant" Enterprise of Specialized, Sophisticated, Unique and New Technologies, national-level High-Tech Enterprise, China R&D and Production Base for Digital Printing Inkjet Inks, and Guangdong Engineering Technology Research Center for Inkjet Inks.

Read more: https://www.textiletoday.com.bd/sewing-embroidery-industry-leaders-gather-at-2026-itcpe-guangzhou-to-co-draw-a-new-blueprint-for-the-industry-part-i

The company’s main products include: sublimation ink, DTF ink, pigment ink, reactive ink, high-temperature disperse ink, acid ink, UV curable ink, water-based pigment ink and dye ink.

Zhengzhou Hongsam Digital Science and Technology Co., Ltd.

Booth No.: T4016

Zhengzhou Hongsam Digital Science and Technology Co., Ltd. was founded in 2001. It is a national high-tech enterprise specializing in the R&D, production and sales of inkjet inks, and a listed company on the National Equities Exchange and Quotations (NEEQ) in China’s inkjet industry (Stock Code: 430616).

Since its establishment, the company has been committed to the research, development and application promotion of digital inkjet technology. It develops and produces functional, eco-friendly inkjet inks in line with the advancement of digital inkjet technology, and provides customers with comprehensive digital inkjet printing solutions and services. Its products are mainly applied in textiles, imaging, art reproduction, home decoration, digital printing, advertising inkjet, OA office and other industries.

Adhering to the business philosophy of "Hongsam+", Hongsam Digital is rooted in the industry and is willing to establish extensive connections and in-depth cooperation with more enterprises to jointly create a new digital life for humanity.

Following the value of "Hongsam Service", the company focuses on channel development externally and implements process management internally. It has connected numerous channel partners and end users through Hongsam’s technology and process services.

Guided by the "user-oriented mindset", we strengthen technology and services, unite upstream and downstream industry partners to form a huge customer network. This "user-oriented mindset" tightly bonds customers with Hongsam as part of the "Hongsam+" community.

Foshan Kai Yan New Materials Co., Ltd.

Booth No.: T4030A

Foshan Kai Yan New Materials Co., Ltd. is a national high-tech enterprise in China’s digital inkjet industry and one of the major ink manufacturers. The company covers a factory area of nearly 11,000 square meters, with an annual capacity of over 3,000 tons of UV inks and more than 2,000 tons of water-based inks. Its products are sold to many countries and regions worldwide. Within just two years, its domestic UV ink sales rose to the top three in the industry, creating a remarkable record for a single ink product and maintaining a leading position ever since.

The company focuses on the development of inks for digital inkjet applications. Upholding the vision “A Prosperous Enterprise, Inks Crafted with Dedication”, it provides customers with professional inkjet printing solutions and services. Its products cover a wide range of daily-life sectors, including textiles, labeling, building materials, advertising, and special applications.

Innovation is the lifeblood of corporate growth. Kai Yan New Materials attaches great importance to R&D and innovation, committed to the philosophy of “Leading Industry Development with Products, Innovating Business Models, and Achieving Win-Win Results with Partners”. In response to the personalized needs of different customers, the company gives full play to its innovative spirit. While ensuring product quality, it consistently delivers high-quality products and services to strict standards.

Read more: https://www.textiletoday.com.bd/sewing-embroidery-industry-leaders-gather-at-2026-itcpe-guangzhou-to-co-draw-a-new-blueprint-for-the-industry-part-ii

The company boasts a high-caliber R&D team and is equipped with industry-leading precision ink testing equipment. Supported by rapidly advancing digital inkjet technology, it inherits and carries forward the decades of valuable experience of its founding team in R&D, production, sales and management in the inkjet industry. It is dedicated to providing customers with stable, safe, eco-friendly and high-value-added products.

All ink products are produced in full compliance with relevant national laws and regulations, meeting RoHS and REACH standards, which certifies that our products are qualified for global markets. Talent is the driving force of enterprise development. The company has continuously established talent incentive mechanisms and built a high-quality platform, creating favorable conditions for capable, ambitious and aspiring individuals to achieve growth alongside the enterprise.

Looking ahead, Kai Yan New Materials will continue striving to become “a dynamic, innovative and determined company”. It is committed to making the Kai Yan brand a bridge for mutual progress and win-win cooperation between all partners.

Guangzhou Unity Peak Company Ltd.

Booth No.: T4009

Guangzhou Unity Peak New Materials Technology Co., Ltd. was founded in 2009. As a national high-tech enterprise and a Guangdong Provincial Specialized, Sophisticated, Unique and New Enterprise, it is located in Nansha Economic Development Zone, Guangzhou. Since its establishment, the company has upheld the business philosophy of “Innovation, Quality, Integrity” and adhered to a green, environmentally friendly and sustainable development strategy, focusing on the R&D and production of textile digital printing pigment inks. Its products have passed OEKO‑TEX Standard 100 Class 1 certification from the Swiss Textile Institute for 12 consecutive years. The laboratory is equipped with professional instruments including Malvern particle size analyzers, ink drop observation systems and nano grinders. In 2023, the company’s laboratory received CNAS accreditation, indicating that its independent lab has reached internationally recognized standards in facilities, testing capabilities and management.

“Macheng” pigment ink is an outstanding R&D achievement of Unity Peak’s in-house laboratory, developed as a domestic alternative to imported textile digital printing pigment inks. After more than a decade of research, the R&D team has accumulated rich experience in pigment ink application solutions, optimized product performance, and developed pigment inks better suited to the Chinese market. Today, Unity Peak has built a comprehensive product matrix integrating heat transfer machine manufacturing, pigment ink R&D, white ink DTF film and tagless labels, driving a new future for the textile industry through diversified development. Going forward, the company will increase investment in R&D to ensure stable and forward-looking product quality.

Foshan Create-Tide Digital Technology Co., Ltd.

Booth No.: T4011

Coremax is the textile ink brand under Foshan Create-Tide Digital Technology Co., Ltd. (Create-Tide Digital for short). Founded in 1998, Foshan Create-Tide is a wholly-owned subsidiary of Shandong SinoCera Create-Tide New Material Technology Co., Ltd. (SinoCera Create-Tide).

SinoCera Create-Tide is co-held by two listed companies: Shandong SinoCera Functional Material Co., Ltd. (Stock Code: 300285) and Keda Manufacturing Co., Ltd. (Stock Code: 600499). It is an integrated digital printing materials enterprise engaged in independent R&D, production, sales and service, with products well received in domestic and international markets.

The company has established more than 20 offices across China and formed an overseas business layout covering seven major sales regions: Chinese capital markets, Africa, Turkey & Saudi Arabia, India, Middle East & North Africa, Bangladesh & Pakistan, Indonesia, Malaysia & Taiwan, Southeast Asia and Europe. It has set up branches in India, Turkey and other countries, and will successively establish branches in key countries and regions around the globe.

SinoCera Create-Tide operates a large-scale ink production base in Dongying, Shandong Province, ranking among the top in the world in capacity. With dozens of modern intelligent production lines, it has an annual ink output of 30,000 tons.

Taking digital printing materials as its core business, the company has expanded from ceramic inks to textile inks and other digital printing fields. In 2024, its subsidiary Foshan Create-Tide officially launched the new digital textile ink brand Coremax.

At present, Coremax focuses on the development and application of textile DTF inks and reactive inks. In the future, Coremax will provide customers with a complete set of digital textile printing solutions, including but not limited to textile inkjet inks, digital printing processes, pre-treatment and post-treatment processes and materials for textile fabrics, as well as efficient and professional pre-sales and after-sales technical services.

Coremax has built several modern intelligent production lines in Sanshui, Foshan, with an annual output of 10,000 tons of textile inks.

Zhuhai ChungKao New-Material Technology Co., Ltd.

Booth No.: T4032A

Zhuhai Ghungkao New Materials Technology Co., Ltd. was founded in 2017, and began providing OEM supplies for equipment manufacturers as early as 2014. As a national high-tech enterprise, Ghungkao specializes in the R&D and production of LED UV inks, DTG direct-to-garment pigment inks, DTF inks, and other related products. We have a strong professional R&D team, production team, sales team, and after-sales service team, as well as advanced laboratories and testing instruments. Our R&D team boasts more than 15 years of experience in the inkjet and digital printing industry, maintaining a leading position in industrial R&D technology.

Their complete equipment and facilities, together with strict quality control throughout all production stages, enable us to ensure overall customer satisfaction. We adhere to continuous technological innovation, efficient production, rigorous management processes, and high-quality services, providing customers with premium inkjet/textile pigment ink products and a full range of solutions. The company has obtained the ISO9001 Quality Management System certification. Please feel free to contact us if you are interested in any of our products or wish to discuss customized orders. We welcome you to become our win-win partner.

Dongguan Kingjet Printers Consumables Co., Ltd.

Booth No.: T3017

Dongguan Kingjet Printers Consumables Co., Ltd. is a high-tech enterprise founded in 2007 in Dongguan, known as the "World Factory". With more than 10 years of development, the company has focused on the R&D, production and sales of inks, and mainly operates the brands "Yincaiwang" and "KINGJET".

The company now has more than 50 employees, with management and R&D staff holding bachelor’s degrees or above in polymer materials, fine chemicals, business administration and other majors. Adhering to advanced ink production processes and formulations, the company is equipped with a range of sophisticated testing and production equipment imported from abroad, including laser particle size analyzers and QUV weathering testers, as well as printing testing equipment for various printhead models. By using high-grade imported raw materials and advanced large-scale professional production equipment, the company ensures stable, high-quality and eco-friendly products.

Kingjet’s products are compatible with printers equipped with Epson, Canon, HP, Brother, Ricoh, Lexmark, Starfire, Kyocera, Konica, Samba and other printheads, such as wide-format printers, UV flatbed printers, scanning industrial printers, Single-Pass industrial printers and desktop inkjet printers. They are widely used in digital textile printing, advertising inkjet, digital printing, digital imaging, digital decoration, office printing and food industries.

Products for digital textile printing include textile sublimation ink, high-temperature disperse direct-to-fabric ink, pigment direct-to-fabric ink, reactive ink, acid ink, odorless mild solvent ink for leather, DTF ink and cross-stitch dye ink.

Products for digital imaging, digital decoration, advertising inkjet and digital printing include oil-based mild solvent ink, solvent ink, water-based mild solvent ink, flag ink, UV ink, wide-format pigment ink, coated paper pigment ink, wide-format dye ink, water-based LATEX ink, photo ink, medical film ink and film ink.

Products for office printing and digital graphic printing include desktop dye ink, desktop heat transfer ink, desktop pigment ink, pigment ink for HP page-wide printers and pigment ink for EPSON page-wide printers.Food-grade ink is supplied for the food industry.  

Products for digital printing include POD pigment ink for newspapers and books, dye and pigment ink for corrugated paper digital printing (for EPSON i3200, HP 970/980/990 printheads), and pigment ink for label digital printing (for EPSON i3200 label printers).

High quality is the foundation of the enterprise, and new products are the driving force for development and market expansion. The company’s products are exported to Southeast Asia, South America, North America, Central Asia, South Asia, Africa, Europe, the Middle East and all provinces and cities in China. Adhering to the tenet of "Excellent Quality, Reasonable Price, Credit First, Customer Supreme, Honesty Oriented and Continuous Innovation", the company is committed to long-term cooperation with customers.

Guangdong Haiya New Materials Technology Co., Ltd.

Booth No.: T4017A

As a national high-tech enterprise, it specializes in the R&D and production of textile digital printing pigment inks (DTF & direct print), digital printing films and digital treatment fluids. Its products have passed SGS, CTT and OEKO‑TEX certifications for 18 consecutive years. The laboratory is equipped with advanced equipment including ink drop observers and nano grinders. The production base covers a total area of 12,000 square meters, with more than 10 sets of advanced production equipment such as sand mills, dispersers, filters and filling machines. In addition, the company has set up its sales headquarters in the CBD of Dongguan, with professional capabilities meeting international standards, providing customers with high-quality products and reliable technical support.

Zhejiang Runhua Digital Inkjet Technology Co., Ltd.

Booth No.: T4005A

Zhejiang Runhua Digital Inkjet Technology Co., Ltd. is a joint venture founded on April 7, 2022 by Zhejiang Runtu Co., Ltd. and Hangzhou Tianma Sihong Digital Technology Co., Ltd., with a registered capital of 50 million yuan and a building area of 6,500 square meters. It specializes in high-end digital printing ink customization, formula development and dye production. As one of the few domestic manufacturers able to produce ink raw powder from dyes, it has an annual capacity of 11,000 tons of digital ink dyes.

Supported by Zhejiang Runtu Research Institute of Chemistry, the company owns a national high-tech R&D center and an integrated industry-university-research platform, upgrading Runtu’s dyes to high-end grades. With advanced production equipment and standardized management, its products are exported to Pakistan, Bangladesh, Turkey and other countries and well recognized by customers.

Backed by its shareholder Zhejiang Runtu Co., Ltd., a global leading dye base and China Top 500 manufacturer, Runhua Digital enjoys strong technical and resource support.

Its core eco-friendly products meet EU and U.S. environmental standards and are certified for Ricoh, Kyocera, Epson S3200 and other mainstream printheads:

1. Printing Dye Series: Stable, long shelf life, soft handfeel, bright colors and excellent color fastness.

2. Reactive Digital Printing Ink Series: Full color gamut, smooth high-speed printing, wide compatibility and outstanding fastness performance.

3. Sublimation Ink Series: Vibrant colors, excellent fluency, compatible with multiple printheads for various applications.

The company also provides complete technical support, sizing prescriptions and 24-hour hotline service for timely customer response.

INOJET Digital Technology Co., Ltd.

Booth No.: T4033

INOJET (Guangzhou) Digital Technology Co., Ltd. (INOJET) is a high-end innovative enterprise focusing on R&D, production and sales of water-based pigment inkjet inks with a full industrial chain strategy. It is committed to providing global customers with high-quality, cost-effective professional inkjet inks and one-stop customized supporting services.

Located in the North Area of Zengcheng National Development Zone, Guangzhou, INOJET’s production base is equipped with modern fully automatic intelligent production lines with an annual output of nearly 7,500 tons. Its products cover four major categories: water-based UV inks, corrugated inks, textile inks and POD inks, supporting high-end customization and industry-specific solutions.

With 17 years of expertise in nano-dispersion and stabilization technology, INOJET has mastered core nano-polymer encapsulation technology, ensuring excellent long-term storage stability and equipment standby performance. Its full-gamut 11 pigment inks feature outstanding color saturation, strong color reproduction, high-definition printing, smooth operation and low nozzle clogging, strengthening its cost-effective advantages.

All products comply with ROHS, REACH and other international environmental regulations, free of SVHC and REACH Annex XVI restricted substances. They are green, safe and eco-friendly, protecting the health of customers and operators while balancing performance and sustainable production.

Guangzhou Saven Technology Co., Ltd.

Booth No.: 3013, 3014, 3015, 3016

With over 20 years of experience in the inkjet ink industry, Saven mainly provides supporting ink solutions for DTF inkjet and textile pigment printing DTF inkjet.

Based on years of development, Saven has built sound partnerships with many upstream material suppliers, and maintains close cooperation with printer and printhead manufacturers. Its popular products include 4200D, 4203D, 4203L, 4205 and fluorescent DTF inks. In 2022, the company newly launched breathable DTF ink 6040-1 and permanent white anti-sublimation ink YB-12D.

Saven is committed to providing the industry with top-quality products and development solutions, supporting equipment manufacturers and applicators to achieve further growth, and contributing to the healthy development of the inkjet industry.

America Firebird Ink Co., Ltd.

Booth No.: T3040A

Founded in 1995, America Firebird Ink Co., Ltd. is a professional manufacturer of inks and coatings headquartered in Milford, Connecticut, USA. As a modern enterprise integrating R&D, production, sales and service, we have an experienced team of chemists and production technicians who continuously research, develop and produce high-quality ink products serving the U.S. and global markets.

America Firebird Ink Co features streamlined production facilities with an annual ink production capacity of nearly 1,000 tons and an annual turnover of over 500 million yuan, with a sales network covering regions worldwide.

America Firebird Ink Co produces textile pigment inks for direct printing on T-shirts and other fabrics. Our pigment inks, paired with exclusive pre-treatment and cleaning solutions, deliver enhanced color vibrancy, washing fastness and improved overall performance.

Aman(Xinxiang)Transfer Printing Technology Co.,Ltd.

Booth No.: 3005, 3006, 3007

Formerly known as Xinxiang Sublimation Heat Transfer Research Institute, the company specializes in R&D and production of digital sublimation inks, offset sublimation inks, gravure sublimation inks, DTF inks, DTG inks and more. All products have passed China’s top-level environmental protection certification. Raw materials are eco-friendly and non-toxic, safe for direct skin contact.

The company runs its own R&D and testing laboratories, and cooperates with chemistry departments of several domestic universities to guarantee stable quality and optimal printing results.

We provide one-stop solutions for ink-related issues. Our products are exported to the United States, Italy, Russia, Iran, Egypt, Libya, Colombia, Peru, Argentina, Brazil, Venezuela, Ecuador, Mexico, Indonesia, Vietnam, South Africa, Ethiopia, Nigeria and other countries.

Color miracles created by Aman! Our inks bring stunning color performance to your designs on various materials.We are committed to offering competitive products to help you achieve business goals. "Quality is our culture."

Jinan Apollo Ink Co., Ltd.

Booth No.: T4017B

Apollo inks include a full range of solvent-based printing inks, eco-solvent outdoor photo inks, low-odor eco-friendly inks, UV inks, pigment inks, DTF inks, sublimation inks, disperse inks, reactive inks, outdoor pigment inks, pigment & dye inks for corrugated paper printing, and latex inks.

Shanghai Donghua Haitian Import & Export Co., Ltd.

Booth No.: 3031

DuPont Pigment Inks, Direct Disperse Inks, Direct Reactive Inks, Pre-treatment Auxiliaries

Guangzhou Sunflower Industrial Co., Ltd.

Booth No.: 3009, 3010

Founded in 2018, the company has been deeply engaged in the digital printing industry.It focuses on the R&D, production and sales of textile inks. Main products include high-concentration disperse inks, textile direct-to-film pigment inks, DTF pigment inks, pretreatment liquids, etc. We have our own R&D and production team.

Adhering to the business philosophy of "People-oriented, Reputation first, Customer first, Quality priority", we welcome guests from all over the world. New and existing customers are warmly welcome to discuss cooperation with us.

The Bangladesh Textile Mills Association (BTMA) has officially signed a Memorandum of Understanding (MoU) with the Shanghai Textile Association, LinkWell Exhibition Co. Ltd, and ECO Expo, Bangladesh, to jointly organize the Dhaka International Textile and Garment Machinery Exhibition (DTG) on 11t April, 2026, at the BTMA office, Dhaka.

The MoU was signed by Abdullah Al Mamun, Former Vice President, BTMA and Convener of the DTG Committee, on behalf of BTMA and appropriate representatives from the other three parties, marking a significant step toward strengthening international cooperation in Bangladesh's Textile & garments sector.

Under this agreement, the parties will collaborate to jointly plan, organize, promote, and coordinate overall management of DTG, which will be held annually in Dhaka.

The exhibition aims to serve as a premier international platform showcasing the latest advancements in textile and garments machinery, technology, and solutions.

Through this strategic partnership, the stakeholders intend to position DTG as a leading global event that fosters innovation, facilitates trade opportunities and supports sustainable growth within the textile and apparel industry.

Leaders from participating organizations expressed their optimism that this collaboration will further enhance Bangladesh's reputation as a key hub in the global textile garments market, which also attracting exhibitors, investors and industry professionals.

DTG 2026 is scheduled to be held from 16^th to 19th December 2026 at International Convention City Bashundhara (ICCB), Dhaka.

Through this exhibition, they are looking forward to connecting local manufacturers with global technology providers, contributing to the modernization and competitiveness of this vital sector.

Marking a new era for the industry, BTKG - Bangladesh International Textile, Knitting, and Garment Industry Exhibition – a dynamic new textile exhibition is set to convene the global textile supply chain from April 29 to May 2, 2026, at the International Convention City Bashundhara (ICCB).

Bringing together 900 companies and brands from 30 countries and regions, BTKG 2026 will feature 1,200 booths across 20,000 square meters, creating a comprehensive sourcing platform for the industry.

Organized by the Bangladesh Knitwear Manufacturers & Exporters Association (BKMEA) and Inforchain Digital Technology Co., Ltd., BTKG is more than a regional event; it is a key annual gathering for the global textile industry and related sector. This year’s edition will showcase cutting edge solutions designed to enhance operational efficiency, manufacturing flexibility, and sustainable industrial practices.

Experience End-to-End Turnkey Solutions and Tap into Global Resources at BTKG 2026

Despite the global economy undergoing significant changes, Bangladesh remains the world’s second-largest apparel exporter, reaching over USD 39 billion in FY2024–25, with the U.S. and the EU continuing to be its top two export markets, according to the Bangladesh Garment Manufacturers and Exporters Association (BGMEA). This strong market growth, combined with a new trade agreement with the U.S. that allows specific textile products to enter duty-free, creates a perfect opportunity for businesses worldwide.

To capitalize on this strategic advantage, BTKG 2026 will feature an elite lineup of industry leaders, presenting a comprehensive range of world-class machinery across the entire textile value chain.

From spinning, weaving, and knitting to advanced embroidery and dyeing technologies, the exhibition provides buyers with a truly one-stop sourcing platform.

The Powerhouse Lineup: Redefining Manufacturing Standards

Highlighted exhibitors, including CTMTC, TAJIMA, and HAIJIA, will demonstrate state-of-the-art spinning, embroidery, and weaving machines at the forefront of the industry, setting new standards for performance and reliability. PAI LUNG, SHIMA SEIKI, LIANXING, CIXING, and BEWORTH will showcase the knitting machinery, enabling brands, designers, and manufacturers to develop innovative fabric technologies.

Furthermore, leading dyeing equipment providers such as CANLAR, WEST GLOBAL, and FONG’S will display high-efficiency, high-performance solutions for modern dye houses; MIMAKI, HOMER, and M&R will bring premium printing machinery that offers cost-effective solutions for businesses demanding both reliability and high output. In addition, IMA and PGM will present advanced garment cutting technologies, providing the precision and automation necessary for today’s fast-paced production environments. Focusing on precision, GROZ-BECKERT will showcase their world-leading industrial needles and essential textile components.

Beyond heavy machinery, the exhibition will also feature a wide range of premium labels, tapes, and trims designed for modern apparel production. With these industry giants and a complete range of technologies on display, BTKG 2026 solidifies its position as the ultimate platform for comprehensive, turnkey textile solutions. From raw fiber processing to the finished garment, the exhibition offers everything businesses need to stay competitive in the global market.

The Strategy Seminar: Navigating Challenges in the Global Textile Sector

Beyond the exhibition, BTKG 2026 will host a series of high-level seminars featuring influential industry experts and global visionaries. A central highlight is the session titled “Build Innovation Competitiveness for Reducing Cost and Increasing Value”, designed to provide actionable strategies for today’s economic climate. Attendees will gain deep-dive insights into the forces shaping the industry’s future, including automation, digital transformation, and sustainable process innovation. These sessions offer a rare opportunity to master global trends and drive long-term value in the evolving textile sector.

BTKG 2026: The Ultimate Stage for Textile Transformation

BTKG 2026 is more than an exhibition; it is a high-energy stage where the future of textile and garment manufacturing comes to life. From fiber to fashion, this is your gateway to the world’s most comprehensive solutions designed to align your business with global shifts and surging market demands. Don’t just watch the industry change! Be part of the movement. Join us at the year’s most significant event to immerse yourself in innovation, unlock new partnerships, and stay ahead of the curve.

Bangladesh is stepping up efforts to attract Japanese investment, positioning itself as a fast-growing and reliable destination for global businesses. Speaking at the “Bangladesh Business Seminar” in Tokyo, MD. Daud Ali, Ambassador of Bangladesh to Japan, urged Japanese entrepreneurs to explore the country’s expanding economic opportunities.

The seminar was jointly organized by the Japan External Trade Organization and the Bangladesh Embassy, aiming to deepen bilateral trade ties and unlock new investment flows.

A key highlight of the event was the recently signed Economic Partnership Agreement, which is expected to boost trade between the two nations significantly. Under this agreement, more than 7,000 Bangladeshi products will enjoy duty-free access to the Japanese market, creating a strong competitive advantage for exporters.

The ambassador emphasized Bangladesh’s strengths, including its large skilled workforce, strategic location, and improving infrastructure. He particularly encouraged Japanese investment in high-potential sectors such as ready-made garments, leather and leather goods, pharmaceuticals, agriculture and food processing, and information technology.

During the seminar, Kazuyuki Kataoka, Country Representative, JETRO Dhaka, presented insights into Bangladesh’s economic progress and long-term potential. Meanwhile, Shota Paku, Team Leader, Industrial Park Unit, Sumitomo Corporation, highlighted the modern facilities and investor-friendly environment at the Bangladesh Special Economic Zone.

Adding to the discussion, Yoto Tsujide, Representative, BJIT Inc., praised Bangladesh’s growing IT talent pool and stressed its importance in meeting rising global demand for digital services.

The session was moderated by Yuji Ando, Senior Director, JETRO, following a welcome address from Akiko Okumura, Executive Vice President, JETRO.

The seminar signals a renewed push to strengthen Bangladesh-Japan economic ties, with the EPA expected to act as a catalyst for increased exports, industrial collaboration, and long-term investment partnerships.