The Vietnam Textile Chemicals Market is expanding as Vietnam strengthens its position in garment exports, fabric manufacturing, technical textiles, and value-added textile processing. Textile chemicals are essential to transforming raw yarn and fabric into products with the color, softness, strength, finish, protection, and performance expected by domestic buyers and global apparel brands.
According to TechSci Research, the market was valued at USD 90.56 million in 2023 and is expected to reach USD 115.31 million by 2029. The market is projected to grow at a CAGR of 4.28% during 2024–2029, supported by export-oriented textile production, process modernization, demand for sustainable formulations, and increasing use of coating and sizing chemicals.
Textile chemicals are specialized formulations used during yarn preparation, dyeing, printing, finishing, coating, washing, and sizing operations. They help manufacturers deliver fabrics with defined visual, mechanical, and functional characteristics.
The Vietnam Textile Chemicals Market includes dyes, pigments, auxiliaries, surfactants, softeners, bleaching agents, finishing agents, coating chemicals, sizing chemicals, water-repellent treatments, and performance additives. Textile mills, dye houses, garment manufacturers, fabric producers, home-textile companies, and technical-textile processors use these products to improve color consistency, fabric quality, processing efficiency, and durability.
According to TechSci Research, the Vietnam Textile Chemicals Market was valued at USD 90.56 million in 2023. It is forecast to reach USD 115.31 million by 2029, growing at a CAGR of 4.28% during 2024–2029.
Key market highlights include:
Coating and sizing chemicals are the fastest-growing segment.
Central Vietnam is the leading regional market.
Export-oriented apparel and fabric manufacturing supports steady chemical demand.
Sustainable textile-processing formulations are becoming more commercially important.
Digital tools are improving chemical dosing, recipe management, and process consistency.
Technical textiles are creating demand for high-performance treatments and coatings.
Vietnam’s textile and garment sector uses chemicals throughout the production cycle, from fiber and yarn preparation to dyeing, finishing, coating, printing, and quality enhancement. As fabric-processing volumes rise, so does the need for reliable chemicals that improve color, surface texture, strength, softness, and process efficiency.
Textile production growth → higher fabric-processing volumes → increased chemical consumption → stronger demand for dyes, auxiliaries, finishing agents, surfactants, coating products, and sizing formulations.
For example, a fabric mill producing woven cotton for international apparel buyers may use sizing chemicals to protect yarn during weaving, dyes and dispersing agents for shade development, and finishing agents to achieve the required hand feel and wash performance.
Vietnam’s export-focused textile industry must meet customer expectations for consistent color, wash durability, fabric appearance, chemical safety, and repeatable quality. A small difference in shade, texture, or shrinkage can lead to costly rework or rejected production batches.
International buyer requirements → stricter processing standards → greater need for high-quality textile chemicals → stronger opportunities for suppliers with proven formulations and technical service.
Chemical suppliers can create value by helping mills control dyeing recipes, optimize chemical dosage, reduce variation between batches, and meet restricted-substance requirements. This makes textile chemistry an important part of export competitiveness rather than merely a production expense.
Technical textiles are designed for performance rather than appearance alone. They may need water repellency, UV resistance, flame resistance, abrasion protection, antimicrobial properties, strength, or durability in demanding environments.
Functional textile demand → specialized chemical treatment → enhanced fabric performance → higher-value opportunities for coating, sizing, and finishing chemical suppliers.
Examples include coated fabrics for outdoor equipment, geotextiles for civil engineering, automotive interior fabrics, protective workwear, industrial covers, and performance materials used in construction applications.
Textile manufacturers are increasingly looking for solutions that help reduce wastewater, energy consumption, hazardous chemical use, and overall environmental impact. Sustainable textile chemicals can include low-impact dyes, biodegradable auxiliaries, lower-temperature processing aids, water-saving finishes, and reduced-hazard coating systems.
Sustainable formulations → reduced processing footprint → improved compliance readiness → stronger appeal to export-oriented garment and textile manufacturers.
This trend is particularly relevant for suppliers working with international brands, where transparency, chemical safety, and resource efficiency are increasingly linked to supplier approval and long-term sourcing decisions.
Digital systems are improving how textile chemicals are stored, measured, mixed, and applied. Automated dosing equipment, recipe-management tools, sensors, and data-based production monitoring can reduce manual errors and improve manufacturing consistency.
Digital production → accurate chemical dosing → lower material waste → better dyeing, finishing, coating, and printing quality.
For a dyeing facility, automated chemical dosing can help ensure that each production lot receives the intended quantity of dyes, salts, auxiliaries, and finishing ingredients. This can lower rework, reduce water use, and improve color repeatability.
Coating and sizing chemicals are the fastest-growing segment in the Vietnam Textile Chemicals Market. Sizing formulations improve yarn strength and handling before weaving, while coating chemicals enhance surface protection, durability, water resistance, and functional performance.
Sizing application → stronger yarn handling → fewer loom stoppages → improved productivity and consistent fabric quality.
Coating technologies can help fabric manufacturers move into higher-value segments by enabling specialized performance features for technical textiles, industrial fabrics, outerwear, construction textiles, and automotive materials.
The Vietnam Textile Chemicals Market outlook remains positive through 2029. Continued textile exports, increasing demand for higher-quality fabrics, investment in manufacturing efficiency, and the expansion of technical textiles are expected to support market development.
Coating, sizing, finishing, and functional-treatment chemicals are likely to create the most attractive value opportunities. Suppliers that can help textile processors use less water, reduce waste, improve fabric performance, and meet buyer requirements will be better positioned for long-term growth.
The Vietnam textile chemicals industry offers investment opportunities across sustainable chemical formulations, water-saving dyeing systems, performance coatings, sizing agents, automated dosing equipment, and technical-textile treatments.
Priority investment areas include:
Low-impact dyes and colorants.
Sustainable auxiliaries and biodegradable processing chemicals.
Coating and sizing chemicals for durable and functional fabrics.
Digital systems for dosing, monitoring, and chemical inventory management.
Technical laboratories that help mills test and optimize textile processes.
Distribution and service networks supporting Central Vietnam textile clusters.
Major companies active in the Vietnam textile chemicals market include NICCA CHEMICAL VIETNAM CO., LTD., Jintex Vietnam Company Limited, Avco Vietnam Company Limited, Dow Chemical International Limited, Evonik Vietnam Limited Liability Company, and Lautan Luas Vietnam Company Limited.
Competition depends on product quality, formulation reliability, supply continuity, pricing, sustainability credentials, technical service, and the ability to support textile mills with real production challenges.
Textile chemical suppliers can strengthen their position by offering low-impact dyes, water-saving auxiliaries, lower-hazard finishes, and biodegradable products. These solutions can help textile mills reduce environmental pressure while maintaining production quality.
Sustainable portfolio → improved regulatory alignment → reduced processing impact → stronger acceptance from global brands and export customers.
Textile mills need support with chemical dosage, dyeing recipes, color matching, bath management, finishing performance, water consumption, and wastewater reduction. Suppliers that solve these practical problems become long-term partners rather than basic material vendors.
Technical service → lower waste → better fabric quality → improved mill productivity → stronger customer retention.
Digital integration can differentiate textile chemical suppliers. Automated dosing, recipe tracking, inventory visibility, and process monitoring help mills achieve more precise chemical application and lower operating variation.
Digital integration → accurate chemical use → lower process variation → improved productivity and consistent output.
Vietnam’s textile sector is increasingly focused on cleaner manufacturing, responsible chemical management, digital production systems, and stronger compliance with international buyer expectations. These changes are increasing demand for formulations that improve resource efficiency without compromising color, texture, strength, or durability.
The ongoing development of technical textiles is also creating opportunities for suppliers of advanced coating, sizing, and finishing chemicals. Producers that provide application-specific solutions can help Vietnamese manufacturers move beyond standard apparel into more specialized and higher-value textile categories.
Textile mills use sizing chemicals to improve yarn strength before weaving. This helps reduce yarn breakage during high-speed loom operations, limits production stoppages, and supports consistent fabric quality.
Yarn sizing → improved tensile strength → fewer loom stoppages → higher weaving productivity.
Manufacturers use coating chemicals to produce water-resistant, UV-resistant, fire-retardant, abrasion-resistant, and protective textile surfaces. These treatments expand the usefulness of fabrics in technical and industrial applications.
Functional coating → improved material performance → wider technical-textile use → opportunities in construction, automotive, geotextiles, outdoor products, and industrial fabrics.
Fabric and garment producers use dyes, auxiliaries, softeners, and finishing agents to achieve the color, feel, durability, and wash performance required by international buyers. Proper chemical selection helps ensure that garments retain their intended appearance after production and repeated use.
Textile finishing → consistent appearance → improved wash durability → stronger export-ready product quality.
Textile chemical manufacturers face fluctuations in the prices of dyes, pigments, polymers, surfactants, solvents, energy, and other chemical inputs. These changes can affect production costs, pricing strategies, working capital, and profit margins.
Raw-material volatility → unstable manufacturing cost → pricing pressure → margin risk for suppliers and textile processors.
Textile chemical suppliers must comply with evolving requirements related to chemical safety, wastewater discharge, worker protection, restricted substances, labeling, and environmental performance. Compliance can increase the need for product testing, documentation, process upgrades, and technical expertise.
Sustainable textile chemicals offer strong potential as brands and manufacturers seek reduced-impact dyeing, water-saving production, safer ingredients, and efficient finishing processes. Suppliers that can demonstrate measurable environmental benefits may gain stronger access to export-oriented mills.
Technical textiles create demand for specialized chemical treatments that offer water repellency, strength, UV protection, flame resistance, and surface durability. This supports higher-value opportunities in construction, automotive, healthcare, geotextiles, industrial materials, and performance apparel.
Evaluates the Vietnam Textile Chemicals Market through 2029.
Provides 2023 market-size estimates of USD 90.56 million.
Forecasts market value of USD 115.31 million by 2029.
Assesses the projected 4.28% CAGR during 2024–2029.
Identifies coating and sizing chemicals as the fastest-growing segment.
Explains chemical use across dyeing, printing, finishing, coating, and sizing.
Assesses Central Vietnam as the leading regional market.
Reviews textile-export and garment-manufacturing demand drivers.
Analyzes sustainability, digitalization, and process-efficiency trends.
Supports market-entry, sourcing, investment, formulation, and distribution planning.
The Vietnam Textile Chemicals Market is moving from traditional processing inputs toward high-performance, sustainable, and digitally controlled chemical systems. Buyers are increasingly prioritizing fabric quality, processing efficiency, chemical safety, environmental compliance, and reliable technical support.
The strongest growth opportunity may not come from selling more chemicals per kilogram of fabric. It may come from helping manufacturers achieve the same or better fabric performance with lower water use, fewer processing cycles, reduced waste, and more predictable output.
Companies that combine sustainable formulations, textile-processing knowledge, local service, dependable supply, and digital support tools can build a more resilient position in Vietnam’s evolving textile value chain.
The Vietnam Textile Chemicals Market is driven by textile manufacturing growth, garment exports, demand for technical textiles, and increased chemical use in dyeing, printing, finishing, coating, and sizing. Textile chemicals improve fabric quality, color consistency, durability, softness, and functional performance.
According to TechSci Research, the market is expected to grow from USD 90.56 million in 2023 to USD 115.31 million by 2029. It is projected to expand at a CAGR of 4.28% during 2024–2029.
Coating and sizing chemicals are the fastest-growing segment. These products improve yarn strength, weaving efficiency, fabric durability, and functional performance across apparel, industrial textiles, technical textiles, and export-oriented fabric production.
Central Vietnam leads the market because of its textile and garment manufacturing base, transport connectivity, logistics infrastructure, processing capacity, and access to domestic and export markets.
Key opportunities include sustainable dyes, lower-impact auxiliaries, water-saving formulations, coating and sizing chemicals, technical-textile treatments, automated chemical dosing, and export-compliant textile processing solutions.
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