texcoms

The $4.4B Export Goal: Is Your Balance Sheet Ready?

Tue, 10 Mar 2026 01:31:27 GMT

The $4.4B Export Goal: Is Your Balance Sheet Ready?

We’re all cheering for Egypt’s $4.4B export target, but let’s be honest about what it’s actually going to take to get there. It’s not just about wanting to grow; it’s about surviving the costs of that growth.

The momentum is real, but for most of the factory owners I talk to, this " Gold Rush " feels like a double-edged sword. You want to scale, but you’re facing two massive headaches:

The CAPEX Trap: Waiting 12–18 months for new machinery while the market moves past you.
The OPEX Drain: Watching profits leak out through waste and rising electricity bills (especially with the 2026 tariff hikes).

At Texcoms Worldwide, we’ve spent enough time on factory floors to see the truth: A brand-new, expensive machine doesn't guarantee a win. In 2026, the winner isn't the one with the shiniest equipment, it’s the one with the healthiest margins. Efficiency beats ego every single time.

CAPEX: Don’t Wait for a Shipment That’s 12-18 Months Away

The best machine isn't the one in a catalogue, it’s the one currently spinning yarn on your floor. We help you skip the ' lead time trap ' by delivering world-class technology in a month, not a year.

It’s simple math: faster installation means faster ROI. By opting for refurbished pre-owned textile machinery , you aren't just saving money; you're buying speed. You get high-performance output at a fraction of the cost, protecting your balance sheet from that brutal first-year depreciation.

OPEX: The Magic Isn't in the Metal, It’s in the Mastery

Buying the tech is only half the battle. If your settings aren't fine-tuned, raw material waste will eat your margins alive. Our team doesn’t just "install" machines; we act as an extension of your staff to optimize your OPEX:

Waste Reduction : We squeeze every gram of value out of your cotton.
Energy Smarts : We implement "Smart Factory" tweaks to lower your KWh per kilo—critical as subsidies continue to phase out.
Predictive Care : We push for an OEE (Overall Equipment Effectiveness) above 90%. Because in this market, a stopped machine is a liability, not an asset.

The Bottom Line

The Suez Canal Economic Zone is filling up fast. The manufacturers who will dominate 2026 aren't the ones with the biggest debt—they are the ones who scaled lean and moved fast.

We’re here to give Egyptian manufacturers the tools and the technical "brains" to compete globally without breaking the bank.

Updated: Mar 10, 2026

Mr. Srinath Anbarasu

Senior Manager - Sales
Texcoms Worldwide

Government Subsidy for Energy Audits & New Product Development - Texcoms as Your Technical Partner for Study, Savings and Growth

Tue, 03 Mar 2026 11:30:19 GMT

Government Subsidy for Energy Audits & New Product Development - Texcoms as Your Technical Partner for Study, Savings and Growth

Tamil Nadu textile industry in India is one of the strongest in India. From spinning to knitting, weaving to processing, the state has built a strong manufacturing base over decades across textile mills, fabric mills, and textile factories. However, today the industry is facing two major pressures:

Updated: Mar 03, 2026

Mr. Harikrishnan P
Consultant
Texcoms Worldwide

Increasing in cost of production/kg (Esp. Power and utility cost)
Low margins in commodity products

To support the textile sector, the Tamil Nadu Government has introduced financial assistance for:

Resource & Energy Efficiency Audits
Energy-saving equipment for textile industry machines and fabric machines
Research & Development (R&D) for new product development in technical textiles

This is not just a subsidy scheme. It is a practical opportunity to improve profitability for sustainable textile companies.

Government Support for Energy & Resource Efficiency

Under the policy, textile and apparel units can receive:

I. 50% financial assistance (up to ₹3 lakh) for conducting energy and resource efficiency audits in textile factories
II. 25% financial assistance (up to ₹10 lakh) for installing energy and water-saving equipment based on audit recommendations including textile machinery upgrades

These audits cover:

Power systems
Transformer and motor efficiency
Compressed air systems
Humidification systems
Water usage and wastewater
Overall utility benchmarking in textile mills

For mills struggling with rising electricity cost, this is a direct support mechanism.

Texcoms Case Studies in Energy Audit & Implementation

At Texcoms Worldwide, we have conducted multiple Energy & Utility Gap Analysis projects across spinning mills and global textile manufacturing units.

Case Study 1 – Ring Frame Modernization (57,696 spindles – 2007 machines, 100% Polyester)

Our audit found:

Spindles older than 17 years consuming excess power
High voltage harmonics (~13%) reducing motor efficiency
Scope for savings through new rings, spindle replacement, and bearing overhaul of textile industry machines

Potential energy savings identified: 20–25% reduction in ring frame power consumption

This helped the client prioritize investment and plan modernization in a phased manner including used textile machinery evaluation.

Case Study 2 – (1,14,000 spindles) Large Spinning Unit

After Texcoms’ intervention:

Power saving achieved: 16,241 units per day
Monthly savings: approximately ₹44.8 lakhs

This directly improved EBITDA without increasing production.

IE4 Motor Upgrade Analysis

4.6% energy saving per kg
63 units/day saving per machine
Payback period less than 3 years

With government subsidy, payback becomes even faster.

Energy saving is not an expense, it is profit improvement.

Government Support for R&D and Technical Textiles

In addition to energy audits, the Government has announced a ₹25 crore Research & Business Development Fund for:

Technical Textiles
Man-Made Fibre products
New product development for global textile and textile sourcing markets

Today, many mills depend only on conventional yarn and fabrics where margins are under pressure.

Future growth lies in:

Performance textiles
Industrial yarns
Automotive applications
Medical textiles
FR (Flame Retardant) garments
Specialty and functional fabrics

Texcoms Case Study – Technical Yarn Diversification – For (4+ lakh spindle manufacturer)

Texcoms conducted:

Market assessment of technical yarn segments.
Competition and pricing analysis.
Buyer mapping (domestic & export textile sourcing).
Strategic entry recommendations.

Outcome: Clear roadmap for entering high-value technical yarn markets.

Texcoms Case Study – FR Garment Development – For (1+ lakh spindle manufacturer)

We supported:

Technical yarn sourcing.
Weaving and dyeing process optimization.
Finishing alignment for FR standards.
Sample development and market connection.

This enabled the client to move from commodity products to value-added FR garments.

The Way Forward for Tamil Nadu Textile Mills

The combination of:

Energy cost reduction.
Government financial support.
Entry into technical textiles.

can significantly improve mill profitability.

Instead of operating with:

High cost of production + Low margin

Industry can move toward:

Lower cost + Higher value products

Role of Texcoms Worldwide

Texcoms supports textile companies through:

Energy & Utility Gap Analysis.
Modernization planning for textile machinery.
ROI & payback evaluation.
Technical textile product development.
Market intelligence & diversification strategy.
Implementation support including fabric machine optimization and fabric checking machine integration.

Our focus is simple:

Reducing cost of production/kg.
Improving efficiency.
Increasing margins.
Building long-term competitiveness.

Conclusion

Tamil Nadu Government has created a strong opportunity for the textile industry. The mills that act now will benefit the most. With proper technical guidance and structured implementation, energy savings and product innovation can transform profitability across textile mills and sustainable textile companies.

The time to act is now.

Air Conditioning In Textile Mills - A Pre - Requisite

Fri, 10 Oct 2025 06:23:51 GMT

AIR CONDITIONING IN TEXTILE MILLS – A PRE- REQUISITE

Updated: Dec 11, 2023

Written by Dr. Nagarajan G

Published in Textile Value Chain - Nov 2023

HryTex: UP Nods Jewar Expansion

The UP Government has approved Faridabad's textile giants to expand to Jewar, near the upcoming Noida International Airport. This strategic move unlocks a new chapter for India's booming textile industry. With rapid development at the airport, Jewar is set to become a global player, attracting significant investments and generating massive employment... Read More

HryTex: UP Nods Jewar Expansion

China Boosts Bangladesh, Sparks Rivalry

A Chinese firm has committed a big investment to set up a factory in an EPZ in Bangladesh that is close to a strategic port. According to an expert, this will further increase competition between India and China for influence in Bangladesh... Read More

Abstract

Maintaining appropriate relative humidity and temperature inside the department is essential for satisfactory working performance in the textile industries. In addition, comfort of the personnels working inside the department is equally important for enhancing the efficiency. The modern concept in textile industries is the adoption of Air Engineering. Air Engineering not only controls the relative humidity but also assists in removal of waste from the machineries to the Centralised Waste Evacuation System (CWES). This ensures a dust free working atmosphere in the department with acceptable breathable dust. (50µm)

1.0 Introduction

In today’s rapidly growing environment and the stringent requirement required to be maintained in the textile industries, maintaining of proper relative humidity and temperature is of paramount importance. Many suppliers are providing the humidification plants with their improved design concepts in air washers, dampers, filters etc. for better working environment in the textile mills. Essentially textile air engineering fulfils two main objectives. First, it makes an important contribution to increase the productivity and quality in processing natural and synthetic fibres. Second, improving the hygienic working conditions for the personnels working in the textile plant. There are three major areas in the air engineering, namely, air conditioning, pneumatic machinery cleaning as well as filtration and waste removal. Textile air Engineering was specially developed for the industry demand and manifold requirement of the textile industry. Pneumatic machine cleaning consists of appliances, which through aerodynamic effect collect, extract and separate waste, dust, fibres heat, vapour and exhaust gases. These appliances form an integral part in the Air Engineering or can be used as accessories. Filtation and waste removal eliminates the impurities and loose fibres that are released in the production department. Before the development, the wastes are removed manually by hand, however, at present it is fully automated thus satisfying the stringent regulations laid by OSHA standards. The integration of these three fields into a comprehensive system is designted as TAC (Total Air cleaning and Control).

2.0. Air conditioning

The threefold functions of an industrial air conditioning system are:

To provide the required levels of relative humidity (RH) required for optimal working conditions in the department.
To provide a specified dry bulb temperature for the comfort of the personnels inside the department
To circulate enough air by removing the heat load generated inside and infiltration from outside as well.

The required air circulation in CFM cubic foot per minute) is calculated by

CFM = Heat load B.T.U./hour

----------------------------------------

1.08 x (Inside Dry bulb temp – Outside dry bulb temp) ÷ F

3.0. Importance of Air Conditioning

Humidity

Maintaining proper relative humidity level is essential for smooth operation of the machines and processes. Moisture reduces the formation of static electricity while processing synthetic fibres and blends. However, on the other hand, higher humidity increases the chances of roller lapping and also reduces the degree of opening in disentangling the fibres. Furthermore, the breaking force and elongation are directly influenced by the ambient relative humidity conditions in the department. Optimum values depend upon the type of raw material used for the yarn production. A higher relative humidity will result in a lower room temperature during the evaporative cooling process.

Temperature

In general, temperature fluctuations vary from place to place depending on the geographical location of the textile plant. There are are some processes which are temperature sensitive such as weaving. However, all processes require a constant temperature, as most natural fibres are hydrophilic and hence the moisture absorbing capacity changes with temperature. In addition, reducing count variation in textile mills, control of temperature has a positive effect on fibre fly, fewer electronic components failures, better working environment. In summer and monsoon seasons, daily room temperature fluctuations can be minimized by using refrigerant cooling instead of evaporative cooling method.

Fibre recovery and Handling

Most of the modern textile spinning machines have integrated suction points that can be integrated in to a centalised fibre deposit system. The fibre separation and dust filtration plant must be designed in such a way that it should be capable of handling the required volume and under pressure and also the amount of waste fibre. Based on the raw material used, fibre separators are installed to separate the fibre mixtures.

Modern air engineering plants are integrated with bale press system to collect the waste briquettes which reduces the personnel intervention and increases the efficiency of the bale press.

Clean working atmosphere

In order to control the fibre fly/dust contamination and dust infiltration into the department, the factory is kept at constant overpressure. Based on the potside air contamination, fresh air filters and depending on the process requirements, supply air filters are required. This is very important to maintain Permissible exposure Limits (PEL) to protect the health of the personnels from byssinosis.

4.0. Components of Humidification system

Most of the humidification plants supplied by various manufactures have

Air washers
Spray piping
Water eliminators
Inlet louvers
Rotary air filter
Dampers
Axial flow fans
Automatic control system

Air washer system

Air washer systems are designed considering all the heat load in the department and required RH to be maintained in the department. The supply and return air system is designed based on the heat load in the department. It is designed in such a way that the whole department is maintained at positive pressure for better elimination of fibre fly and dust from the department. Return air supply is designed to with return air grills and slit opening to maintain with specific negative pressure thus necessitates a clean working environment and also the removal of heat from the motors effectively as well. Air washer efficiency should be around 80% for effective working conditions.

Spray piping or Nozzles

The spray piping or nozzles should be corrosion free, leakage free with extra heavy duty PVC piping and non-clog polycarbonate nozzle. Nozzles should give fine hollow spray with wide angle.

Water Eliminator

The eliminators are designed in such a way that it provides fine water droplets inside the department instead of water droplets in the form of rain. This would cause difficulties in working and also damage the machine condition as well. Various range of water eliminators are available with PVC fins which offers less resistance to air flow besides being light and durable. The eliminators should have reduced pressure drop, low maintenance cost, less capital investment with longer working life.

Inlet Louvers

The PVC louvers are PVC hollow “Z” type which sucks the air forms an air current equally all over the width of the air washer and thus helps to achieve more saturation efficiency.

Rotary Air filter

Rotary air filters have rotating drum made of steel grid mesh with suitable mounting frames driven by a separate geared motor suitable to provide large filtration area. The air laden with fibre and dust collected on the drum are arrested on the surface of the filter media covering the rotating drum and it is sucked by suction nozzle arrangement with to & fro motion connected to flexible hose arrangement. This arrangement continuously cleans the fluff & dust collected on the filter media and collected in a separate waste collection bag. Suction fan with collection unit is housed in a separate room next to the filter room.

Low pressure drop is maintained due to high pressure cyclone fan to work effectively not only to remove the fluff collected on the filter surface media and dust get arrested in the filter pores. This provides uniform return air flow at high pressure so as to continuously remove fluff and dust from the department to maintain a clean working atmosphere.

Axial Flow fans

The main component which accounts for more power consumption in an air conditioning system is Axial flow fans. It accounts for about 55% and 75% in spinning and weaving units respectively of the total electrical energy consumed. The latest generation fan blades are made of very light and high strength “Hybrid Long fibre compound” material. These fans have wider operating ranges, improved aerodynamics and efficiency and lower stresses while during continuous operation.

Automatic control system

Automatic control systems ensure proper RH & temperature with extremely sensitive dry bulb and wet bulb temperature sensors. Temperature is controlled by opening and closing of fresh air, return air and exhaust air dampers automatically with the help of actuators. Humidity can be controlled by using bypass dampers. It means that central monitoring system ensures proper control of RH inside the department round the clock with the computer.

5.0. Refrigeration system

In general, during the cold weather periods, there is no problem to provide the conditioned air to the production areas with adequate conditioned air and maintain the temperatures for both men and machines. However, during the peak summer seasons where the outside temperature exceeds those of a dew point temperature which corresponds to the maximum permissible room temperature of 28÷C.

The air conditioning plants therefore has to be supplied with chilled water constantly, which after being heated up, is then returned to the refrigeration plant where it is cooled down by two centrifugal liquid chillers. The heat which is removed from the production areas through the chilled water circuit, is then transferred to the cooling water circuit. The heat removed is then blown away to the atmosphere through cooling towers.

6.0. Conclusion

The effective utilization of men, machines and the raw material depends on many factors like process optimization on machines, speeds etc. Nevertheless, the importance of maintaining proper relative humidity and temperature has also to be considered for achieving maximum efficiency with acceptable output product. For a clean process, air conditioning plant has an advantage over a simple ventilation system like automatic control of RH, automatic removal of waste from the machines and handling those waste materials in centralized waste evacuation plant. However, the installation of chiller plant is quite expensive as humidification plant consumes 15 to 20% of the overall powercost which has to be borne in mind.

References

Jones M.C., Air Conditioning - Journal of Textile institute Proceedings 46:8, P 470 to P 490. 1964.
Luwa Ltd, Zurich, Swizz, Air Conditioning – Asian Textile Journal , May 1993

Textile Industry Newsletter - November 2023

Thu, 09 Oct 2025 14:34:58 GMT

Textile Industry Newsletter - November 2023

Tamil Nadu's Textile Revamp

The Tamil Nadu government is planning to establish a 1,500-acre textile park in the southern part of the State and a textile park in Chennai. It will also unveil a new integrated textile policy to attract investments in the state, said the State Chief Minister MK Stalin...

INDIA

TN Govt Plans to Revise Textile Policy Soon

IThe revised textile policy will encourage units with less than ₹50 crore turnover in the manmade fibre sector, says Minister for Handlooms and Textiles R. Gandhi...

Traceability Platform Expansion

Sustainable cotton consultancy, CottonConnect has announced the broader availability of its traceability platform, TraceBale, as an essential tool for brands across the apparel industry...

Nanotech Applications Training

ICAR-Central Institute of Research on Cotton Technology, Mumbai, organised a five-day training programme on “Advances in Applications of Nanotechnology” from 30th October- 3rd November 2023 and concluded on 3rd November 2023 in Mumbai...

GLOBAL

C&A Unveils 2024 Collection

C&A's Spring/Summer 2024 collection, 'Finding Beauty in Chaos', debuts at its denim factory in Monchengladbach, Germany. The Factory for Innovation in Textiles (FIT) focuses on sustainable production using digital technologies and innovative techniques...

TEXFAD: Embracing Banana Fiber

In a ground-breaking new endeavour, TEXFAD, a banana textile industry based in Uganda, is leading the way in sustainable and biodegradable textile production, transforming waste banana pseudo stems and other waste materials into high quality sustainable and biodegradable handwoven textile products...

TreeToTextile Honored for Fiber Innovation

Swedish company TreeToTextile has been named one of the winners of the prestigious ITMF Start-up Awards 2023 for their innovative work in creating a low-impact, biobased textile fiber. The award was presented during the annual conference of the global industry organization ITMF in Kegiao, China on November 6th...

UK Initiatives Spotlight Sustainable Fashion

The British Council is inviting Indian designers, design entrepreneurs and small and mediumsized enterprises (SMEs) to participate in the ‘New Landscapes India: R&D Grant Scheme’, in partnership with the University of the Arts London...

Textile Industry Newsletter - December 2023

Wed, 10 Jan 2024 11:44:36 GMT

Textile Industry Newsletter - December 2023

HryTex: UP Nods Jewar Expansion

Global Textile Opportunities for India

ITMF President Srinivasan sees global textile opportunities for India despite challenges in low demand and industry-wide impacts. Focus on enhancing competitiveness is crucial. Felicitated by Southern India Mills' Association...

Textile Boost: Govt Remedies Essential

K.V. Srinivasan, ITMF president, highlights challenges in India's textile industry—raw material issues, high power costs. Urgent policy changes needed for competitiveness, including removing import duty on cotton. Existing capacities suffer due to incentives for new investments. Stagnant exports hinder growth compared to countries like Bangladesh and Vietnam...

PLI Schemes Tweaked for Investment Boost

EGoS extends PLI schemes for AUTO, ACC, Textiles. Shifts PLI-AUTO start to 2023-24. PLI-ACC allocates 10 GWh for storage. Textile projects get a year extension. Bulk Drugs PLI extended due to lack of interest. Medical Devices PLI extended. DPIIT allows savings for solar PV and millet schemes. PM Modi's vision: PLI boosts India's economy. Invested Rs 950 billion, created 450,000 jobs, Rs 7.8 trillion production, Rs 2.8 trillion exports (Nov '23)...

Textile Crisis: Low Demand Alert

Indian textile industry faces crises with shutdowns, reduced work hours, and weak demand due to inflation, rising input costs, and stringent quality control orders. Heavy reliance on expensive cotton, coupled with restrictions on man-made fiber, hampers competitiveness. Garment imports, especially from Bangladesh, pose a significant challenge. Urgent and consistent government intervention is crucial for industry revival and global competitiveness...

FMPCCI-Russia Textile Pact

FMPCCI and Smolensk Chamber inked a 2-year MoU to boost exports of textiles, pharmaceuticals, and engineering products from Madhya Pradesh to Russia. MP's textile sector gains traction, attracting Russian traders. The agreement aims to enhance bilateral trade and explore new markets...

BharatTex'24: Delhi Textile Show

Bharat Tex 2024: The global textile extravaganza showcasing 3,500 exhibitors, hosting 50+ knowledge sessions, and attracting 3,000 overseas buyers. Witness cultural performances, eco-friendly installations, and master craftsmen. A textile innovation hub and cultural celebration in New Delhi, aligning with India's textile export vision... Read More

ESG Shift: India Textiles?

India's textile sector faces challenges with EU's CBAM and ESG norms. To secure EU trade benefits, the sector must invest in sustainability. While strides are being made, compliance hurdles remain for MSMEs, impacting margins. Global buyers demand compliance but often resist higher product prices. Advocacy for MSME exemptions and incentives for sustainability efforts is underway. ESG norms could reshape fashion seasons and impact trade negotiations. The sector aims for a paradigm shift to cement its global position... Read More

Intertextile Shanghai '24 Prep

China's textile market thrives; Intertextile Apparel's Spring Edition on March 6-8, 2024, features 3,000 exhibitors, global leaders like Eastman Chemical & Liberty Fabric. Booming retail, strong buyer presence, and visa-free entry propel international participation. Co-organized by Messe Frankfurt, it's a premier event shaping the global apparel landscape... Read More

GLOBAL

Heimtextil 2024: Future Unveiled

Heimtextil Trends 24/25 unveils 'New Sensitivity,' emphasizing transformation over trends. The 'Trend Space' in Hall 3.0 showcases innovative textiles, sustainable practices, and cutting-edge technologies like AI and AR. Explore four trend worlds, experience live demos, and engage with industry pioneers for a glimpse into a sustainable textile future...

BD Apparel & Fashion for Good: Chem Recycle

Bangladesh's apparel sector advances sustainability with 24 garment factories receiving LEED certifications in 6 months. The collaboration between Bangladesh Apparel Exchange and Fashion for Good focuses on chemical recycling technologies, fostering a circular fashion ecosystem. The initiative aims to set global standards for eco-friendly garment production, attracting investment and partnerships... Read More

China Boosts Bangladesh, Sparks Rivalry

VietTex 2024: Textile Boom Guide

VIATT 2024 spotlights Vietnam's thriving textile industry, showcasing apparel, home textiles, and technical innovations. Vietnam's global hub status, strategic location, and favorable trade agreements make it an ideal platform. Key exhibitors, like Hanyang Eco Tex and Avery Dennison, anticipate fruitful connections and business growth in this dynamic market... Read More

Uzbek Confab 2024: ITMF & IAF Meet

Samarkand, Uzbekistan hosts ITMF Annual Conference & IAF World Fashion Convention 2024. Uzbekistan emerges as a global textile hub with $3.5B exports to 75+ countries. Uztextileprom aims for socially sustainable cotton textile sourcing. 1,000+ industry leaders unite for global textile discussions... Read More

COP28: Better Cotton Gets UNFCCC Status

Better Cotton gains UNFCCC observer status at COP28, emphasizing sustainable farming, climate-smart practices, and finance for smallholders. Commitment to inclusive collaboration includes signing the UN's 'Uniting Sustainable Actions.' COP28 highlights the transition from fossil fuels and operationalizing the Loss and Damage Fund, emphasizing a balanced approach to climate change...

GIZ and Global Fashion Agenda team up for the Circular Fashion Project in Cambodia, aiming to revolutionize waste management, promote circular fashion models, and bolster recycling infrastructure. The pilot program focuses on sustainable practices for manufacturers, incorporating recycled fibers, and employs digital traceability. Project runs until June 2024... Read More

texcoms

The $4.4B Export Goal: Is Your Balance Sheet Ready?

The $4.4B Export Goal: Is Your Balance Sheet Ready?

CAPEX: Don’t Wait for a Shipment That’s 12-18 Months Away

OPEX: The Magic Isn't in the Metal, It’s in the Mastery

The Bottom Line

Government Subsidy for Energy Audits & New Product Development - Texcoms as Your Technical Partner for Study, Savings and Growth

Government Subsidy for Energy Audits & New Product Development - Texcoms as Your Technical Partner for Study, Savings and Growth

Case Study 1 – Ring Frame Modernization (57,696 spindles – 2007 machines, 100% Polyester)

Case Study 2 – (1,14,000 spindles) Large Spinning Unit

Texcoms Case Study – Technical Yarn Diversification – For (4+ lakh spindle manufacturer)

Texcoms Case Study – FR Garment Development – For (1+ lakh spindle manufacturer)

Conclusion

Air Conditioning In Textile Mills - A Pre - Requisite

AIR CONDITIONING IN TEXTILE MILLS – A PRE- REQUISITE

HryTex: UP Nods Jewar Expansion

HryTex: UP Nods Jewar Expansion

China Boosts Bangladesh, Sparks Rivalry

Textile Industry Newsletter - November 2023

Textile Industry Newsletter - November 2023

Tamil Nadu's Textile Revamp

TN Govt Plans to Revise Textile Policy Soon

Traceability Platform Expansion

Nanotech Applications Training

C&A Unveils 2024 Collection

TEXFAD: Embracing Banana Fiber

TreeToTextile Honored for Fiber Innovation

UK Initiatives Spotlight Sustainable Fashion

Textile Industry Newsletter - December 2023

Textile Industry Newsletter - December 2023

HryTex: UP Nods Jewar Expansion

Global Textile Opportunities for India

Textile Boost: Govt Remedies Essential

PLI Schemes Tweaked for Investment Boost

Textile Crisis: Low Demand Alert

FMPCCI-Russia Textile Pact

BharatTex'24: Delhi Textile Show

ESG Shift: India Textiles?

Intertextile Shanghai '24 Prep

Heimtextil 2024: Future Unveiled

BD Apparel & Fashion for Good: Chem Recycle

China Boosts Bangladesh, Sparks Rivalry

VietTex 2024: Textile Boom Guide

Uzbek Confab 2024: ITMF & IAF Meet

COP28: Better Cotton Gets UNFCCC Status

GIZ & GFA Target Textile Waste in Cambodia