Textile Chemicals

Product Details:

Cationic Softner for garments & fabrics is used in finishing process of fabrics & garments. It imparts soft touch and feel to garments & fabrics. It is concentrated & requires dilution before use. Cata Softener imparts soft and supple feel to finished material. It can be applied to natural and synthetic fibers, as well as blended fabrics in exhaust or padding methods. It can be applied by itself or along with synthetic resin/cross linking agent.

Additional Information:

• Production Capacity: 100 MT
• Delivery Time: Two Days
• Packaging Details: 25 KG Bag Packing

Product Details:

Cationic Softner Flakes is specially newly developed modified softner. It is non yellowing, Eco-friendly, APEO-NPEO free and biodegradable modified cationic softner. It gives fine smoothness, silky feel, body with elegant feel. It can be used for cotton, polyester, viscose and it's blend quality fiber, fabrics, garment, hosiery also.

Product Details:

OT Liquid is one of the most powerful wetting agent known it exhibits much superior wetting power even at low concentrations compared to other anionic wetting agents, it has low foaming tendencies.

Product Details:

We 'Shri Ram Products' are a notable and prominent Sole Proprietorship Organization, betrothed in Manufacturing and Exporting a wide range of Textile Chemicals, Textile Auxiliaries, Industrial Chemicals, Wetting Agents etc.

Product Details:

Desize enzymes are used in desizing applications to completely degrade starch used during sizing. These enzymes are available in liquid forms which are active across a wide range of temperatures. 

Product Details:

PP Neutraliser is a neutralizer after potassium permanganate bleaching during denim washing process. is a neutralizer after potassium permanganate bleaching during denim washing process.

Additional Information:

• Production Capacity: 50000
• Delivery Time: Same Day
• Packaging Details: 50 KG Carboy Packing

Product Details:

Neutral Biopolish Enzymes are used in fabrics and garment bio-finishing processes like depilling, softening and surface modifications which allows new shades and finishes to be created easily and cost effectively, in an eco-friendly way.

Additional Information:

• Production Capacity: 1000 MT
• Delivery Time: Self
• Packaging Details: 25 KG Carboy

Product Details:

Organic Acid buffer which replaces acetic acid for pH controlling the dyeing and washing process of the fabrics and reducing the cost of acid buffer.

Additional Information:

• Production Capacity: 1000 MT
• Delivery Time: Two days
• Packaging Details: 50 KG Carboy

Product Details:

In order to cater the variegated demands of our clients, we are offering an excellent quality of Denim Shiner.

Additional Information:

• Production Capacity: 1000 MT
• Delivery Time: Two Days
• Packaging Details: 50 KG Carboy

Product Details:

We offer APEO-NPEO free water soluble bulk density improver for spray drier that has unmatched emulsifying properties. Due to its unmatched emulsifying wetting properties, the coagulation occursand a thin layer is formed over the dye particles thereby resulting in the particles becoming heavier.

Product Details:

Dye fixing agent improves the wet fastness of Direct & Reactive dyeing and prints. Direct dyes, Which have poor washing Fastness on cotton fabrics can be improved by incorporation of D F A in the final washing operation. Reactive dyes which are prone to hydrolysis with water give inferior wet fastness & also blending of colour takes place when washing off is not through. Both above defects can be corrected by using DFA in the final washing operation with acetic acid.

Product Details:

Fixer improves the wet fastness of pigment prints. Pigments, Which have poor washing Fastness on fabrics can be improved by incorporation of fixer in the final printing operation. 

Defoamer Chemicals in Textile Finishing

Defoamers (also called antifoaming agents) are chemicals used in textile processing to eliminate or prevent foam formation during various wet processes such as dyeing, printing, and finishing. Foam can interfere with the uniform application of chemicals, reduce process efficiency, and cause defects in fabric quality.

Types of Defoamer Chemicals

1. Silicone-Based Defoamers

   • Highly effective at low concentrations
   • Chemically inert and thermally stable
   • Commonly used in textile dyeing and finishing
   • Example: Polydimethylsiloxane (PDMS)

2. Oil-Based Defoamers

   • Made from mineral oil, vegetable oil, or white oil
   • Often combined with hydrophobic particles (e.g., silica)
   • Used in printing pastes and coatings

3. Water-Based Defoamers

   • Dispersions of active ingredients in water
   • Suitable for systems where oil-based defoamers may cause issues
   • Environmentally friendly

4. Powdered Defoamers

   • Used in powder-based formulations like detergents and dye powders
   • Typically include waxes or silica-based agents

5. Non-Silicone Organic Defoamers

   • Based on fatty alcohols, esters, or waxes
   • Used in processes where silicones may cause residue issues

Applications in Textile Processing

• Dyeing – Prevents foam in dye baths, improving color penetration
• Printing – Avoids foaming in printing pastes, ensuring smooth application
• Finishing – Helps in uniform application of fabric finishes like softeners and water repellents
• Washing & Scouring – Eliminates foam during detergent-based cleaning processes

Product Details:

Stain remover helps to remove unwanted stain based on oil from fabric during pretreatment process.

Additional Information:

• Production Capacity: 1000 MT
• Delivery Time: Two Days
• Packaging Details: 50 KG Carboy

Product Details:

KBI is a penetrating agent used in printing. It is specially recommended for use in printing. KBI is a carried and solvent for vigoureux printing fabrics. It is fixation accelerator in the printing of fabrics.

Cationic Softener Flakes are fabric softening agents commonly used in the textile finishing industry to provide excellent softness, smooth touch, and antistatic properties—especially for cellulose-based fibers like cotton, viscose, and their blends.

Cold Water Soluble Cationic Softener Flakes are a specialized form of cationic softeners designed to dissolve or disperse in cold or ambient water (25–35°C), eliminating the need for heating during preparation. These are ideal for textile mills and dye houses seeking to save energy and time during fabric softening and finishing processes, particularly on cellulose-based fabrics like cotton, viscose, and their blends.

Cationic Textile Softener

Cationic softeners are widely used in textile finishing to improve softness, smoothness, and antistatic properties, especially for natural fibers like cotton, wool, and silk. These softeners work by attaching positively charged (cationic) molecules to the negatively charged fabric surface, enhancing fiber lubrication and flexibility.

Key Benefits of Cationic Softeners

✔ Excellent Softness & Smoothness – Provides a silky, luxurious hand feel.
✔ Antistatic Properties – Reduces static buildup, ideal for synthetic fibers.
✔ Good Adsorption – Strong affinity to negatively charged fibers like cotton and wool.
✔ Improves Drapability – Enhances fabric flow and movement.
✔ Compatible with Other Finishes – Works well with resins, wrinkle-free treatments, and antimicrobial agents.
✔ Cost-Effective – Provides softness at lower dosages compared to other softeners.

Types of Cationic Softeners

1. Fatty Acid Amide-Based Cationic Softeners

   • Derived from fatty acids (e.g., stearic acid)
   • Provide a balanced softness and lubricity
   • Commonly used in cotton and wool processing

2. Quaternary Ammonium Compound-Based Softeners

   • Strong positive charge for excellent fiber adsorption
   • Improves softness and reduces yellowing
   • Suitable for synthetic and blended fabrics

3. Ester-Quat Softeners (Eco-Friendly)

   • Biodegradable and environmentally friendly
   • Derived from vegetable oils
   • Used in sustainable textile production

4. Reactive Cationic Softeners

   • Forms a permanent bond with fibers
   • Provides long-lasting softness even after multiple washes
   • Used in premium fabric finishes

Applications of Cationic Softeners

🟢 Apparel – Cotton shirts, wool garments, silk fabrics
🟢 Home Textiles – Towels, bed sheets, curtains
🟢 Denim & Workwear – Reduces stiffness while maintaining durability
🟢 Synthetic Fibers – Polyester, acrylic, nylon (reduces static electricity)

Limitations of Cationic Softeners

⚠ May reduce water absorbency – Not ideal for towels unless modified.
⚠ Incompatible with anionic chemicals – Can react negatively with certain dyes and finishes.
⚠ Potential Yellowing – Some formulations may cause slight discoloration, especially in light-colored fabrics.

Textile Dyeing and Finishing

Textile dyeing and finishing are crucial processes in fabric production that enhance the fabric’s color, texture, performance, and durability. These steps ensure textiles meet consumer and industrial requirements.

1. Textile Dyeing

Dyeing is the process of applying color to textiles using different dye classes and techniques.

Types of Textile Dyes

1. Reactive Dyes – Used for cotton, rayon, and linen; provide excellent wash-fastness.
2. Disperse Dyes – Designed for polyester and synthetic fibers.
3. Acid Dyes – Used for wool, silk, and nylon; known for vibrant colors.
4. Vat Dyes – Used for denim and cellulosic fabrics; very durable.
5. Direct Dyes – Applied to cotton and rayon without mordants.
6. Sulfur Dyes – Used for dark shades like black in cotton fabrics.

Dyeing Methods

• Batch Dyeing – Small-scale dyeing (e.g., jet dyeing, jig dyeing).
• Continuous Dyeing – High-speed dyeing for large fabric rolls.
• Solution Dyeing – Dyes added during fiber production (used for synthetics).
• Garment Dyeing – Dyeing completed after fabric is cut and sewn.

2. Textile Finishing

Finishing treatments are applied after dyeing to enhance fabric feel, performance, and durability.

Types of Textile Finishing Processes

1. Mechanical Finishing

   • Calendaring – Increases smoothness and sheen.
   • Sanforizing – Pre-shrinks fabric to prevent further shrinkage.
   • Brushing – Gives a soft, fuzzy texture (used for flannel).

2. Chemical Finishing

   • Softening Agents – Enhances softness (e.g., silicone softeners).
   • Wrinkle-Resistant Finishes – Prevents creasing (e.g., resin treatments).
   • Water & Stain Repellents – Protects against moisture and spills.
   • Antibacterial Finishes – Reduces odor and bacterial growth.
   • Flame Retardant Finishes – Improves fire resistance.
   • UV Protection – Shields against harmful UV rays.

Applications of Dyeing & Finishing

🟢 Fashion & Apparel – Colorful garments with soft finishes.
🟢 Home Textiles – Bedsheets, curtains, upholstery with durable finishes.
🟢 Technical Textiles – Workwear, medical fabrics with special coatings.
🟢 Denim & Sportswear – Special dyeing and finishing for comfort and performance.

Textile finishing chemicals are substances applied to fabrics after weaving or knitting to enhance their appearance, performance, and durability. These chemicals provide various properties such as softness, wrinkle resistance, water repellency, antimicrobial effects, and flame retardancy.

Types of Textile Finishing Chemicals

1. Softening Agents – Improve fabric feel and drape (e.g., silicone softeners, polyethylene emulsions).
2. Flame Retardants – Reduce flammability (e.g., phosphorus-based or brominated compounds).
3. Water & Stain Repellents – Provide hydrophobic properties (e.g., fluoropolymers, silicones).
4. Antimicrobial & Antibacterial Agents – Prevent odor and bacterial growth (e.g., silver nanoparticles, triclosan).
5. Wrinkle-Resistant & Resin Finishes – Reduce creasing (e.g., formaldehyde-free resins).
6. Anti-Static Agents – Minimize static electricity (e.g., quaternary ammonium compounds).
7. Optical Brighteners – Enhance whiteness and brightness (e.g., stilbene derivatives).
8. UV Protection Agents – Block harmful UV rays (e.g., titanium dioxide-based finishes).
9. Anti-Pilling Agents – Prevent fabric pilling and fuzz formation.
10. Moisture Management Agents – Improve sweat-wicking and breathability (e.g., hydrophilic coatings).

Applications

• Apparel (e.g., wrinkle-free shirts, sportswear)
• Home textiles (e.g., water-resistant upholstery)
• Industrial textiles (e.g., flame-resistant workwear)
• Medical textiles (e.g., antibacterial hospital fabrics)

Product Details:

Hydrogen Peroxide Killer (also known as Peroxide Neutralizer or Peroxide Scavenger) is a chemical used in the textile bleaching process to eliminate residual hydrogen peroxide from fabric before dyeing. Removing peroxide is essential to prevent dye shade variation and ensure level dyeing—especially in reactive dyeing of cotton.

Textile Chemicals: Essential Chemicals in Textile Processing

Textile chemicals play a vital role in fiber processing, dyeing, printing, and finishing to enhance fabric quality, durability, and functionality. These chemicals help achieve colorfastness, softness, strength, water repellency, and antimicrobial properties in textiles.

1. Types of Textile Chemicals A. Pre-Treatment Chemicals (Before Dyeing)

Used for cleaning, preparing, and improving fabric absorption.
✔ Desizing Agents – Remove starch and sizing materials (e.g., amylase enzymes).
✔ Scouring Agents – Remove natural oils, waxes, and impurities (e.g., caustic soda, surfactants).
✔ Bleaching Agents – Whiten fabrics before dyeing (e.g., hydrogen peroxide, sodium hypochlorite).
✔ Wetting Agents – Improve water absorption (e.g., non-ionic surfactants).

B. Dyeing & Printing Chemicals

Used to apply and fix dyes on fabric.
✔ Dyes – Reactive, disperse, vat, acid, direct, and sulfur dyes.
✔ Leveling Agents – Ensure uniform dye absorption.
✔ Fixing Agents – Improve dye fastness and reduce color bleeding.
✔ Thickeners – Used in printing to control dye viscosity (e.g., sodium alginate).

C. Finishing Chemicals (After Dyeing)

Enhance fabric performance and texture.
✔ Softening Agents – Provide smoothness and flexibility (e.g., silicone softeners).
✔ Anti-Wrinkle Finishes – Reduce creasing (e.g., formaldehyde-free resins).
✔ Water & Stain Repellents – Improve resistance to moisture (e.g., fluoropolymers, silicones).
✔ Flame Retardants – Enhance fire resistance (e.g., phosphorus-based compounds).
✔ Antibacterial & Antifungal Agents – Prevent microbial growth (e.g., silver nanoparticles).
✔ UV Protection Agents – Block harmful UV rays (e.g., titanium dioxide coatings).

2. Applications of Textile Chemicals

🟢 Garments & Fashion Textiles – Softeners, wrinkle-free finishes, and dyes for clothing.
🟢 Home Textiles – Stain repellents, antibacterial agents for bedsheets and curtains.
🟢 Industrial Textiles – Flame retardants and durable coatings for workwear and upholstery.
🟢 Sportswear & Activewear – Moisture-wicking, antimicrobial, and UV-protective finishes.

Textile Softener Chemicals

Textile softeners are finishing agents applied to fabrics to improve their softness, smoothness, flexibility, and overall hand feel. They enhance comfort, reduce fabric stiffness, and improve drapability.

Types of Textile Softeners 1. Silicone-Based Softeners

✔ Amino Silicone Softeners – Provide high durability and softness, commonly used in cotton and polyester fabrics.
✔ Hydrophilic Silicone Softeners – Enhance moisture absorption, ideal for towels, sportswear, and undergarments.
✔ Block Silicone Softeners – Give a non-yellowing, deep-penetrating softness, great for delicate fabrics.
✔ Microemulsion & Macroemulsion Silicones – Offer silky, smooth, and long-lasting effects, often used in high-end textiles.

2. Non-Silicone Softeners

✔ Cationic Softeners – Used for natural fibers (cotton, wool, silk), providing good softness and antistatic properties.
✔ Anionic Softeners – Suitable for synthetic fibers like polyester and nylon, offering lubricity and smoothness.
✔ Non-Ionic Softeners – Provide mild softness without affecting dyeing or color brightness, used in blended fabrics.

3. Natural & Bio-Based Softeners

✔ Fatty Acid Softeners – Derived from vegetable oils (e.g., coconut, palm oil), offering eco-friendly softness.
✔ Lanolin-Based Softeners – Ideal for wool and delicate fabrics, providing a natural soft feel.
✔ Polyethylene (PE) Emulsions – Used in wrinkle-free and easy-care finishes, enhancing surface smoothness.

Applications of Textile Softeners

• Garments – T-shirts, dresses, undergarments for comfort.
• Home Textiles – Bed linens, towels, and curtains.
• Denim & Workwear – Reduces stiffness while maintaining durability.
• Athletic Wear – Enhances breathability and softness.
• Industrial Textiles – Used in upholstery and automotive fabrics.

Textile Softener Chemicals

Textile softeners are finishing agents applied to fabrics to improve their softness, smoothness, flexibility, and overall hand feel. They enhance comfort, reduce fabric stiffness, and improve drapability.

Types of Textile Softeners 1. Silicone-Based Softeners

✔ Amino Silicone Softeners – Provide high durability and softness, commonly used in cotton and polyester fabrics.
✔ Hydrophilic Silicone Softeners – Enhance moisture absorption, ideal for towels, sportswear, and undergarments.
✔ Block Silicone Softeners – Give a non-yellowing, deep-penetrating softness, great for delicate fabrics.
✔ Microemulsion & Macroemulsion Silicones – Offer silky, smooth, and long-lasting effects, often used in high-end textiles.

2. Non-Silicone Softeners

✔ Cationic Softeners – Used for natural fibers (cotton, wool, silk), providing good softness and antistatic properties.
✔ Anionic Softeners – Suitable for synthetic fibers like polyester and nylon, offering lubricity and smoothness.
✔ Non-Ionic Softeners – Provide mild softness without affecting dyeing or color brightness, used in blended fabrics.

3. Natural & Bio-Based Softeners

✔ Fatty Acid Softeners – Derived from vegetable oils (e.g., coconut, palm oil), offering eco-friendly softness.
✔ Lanolin-Based Softeners – Ideal for wool and delicate fabrics, providing a natural soft feel.
✔ Polyethylene (PE) Emulsions – Used in wrinkle-free and easy-care finishes, enhancing surface smoothness.

Applications of Textile Softeners

• Garments – T-shirts, dresses, undergarments for comfort.
• Home Textiles – Bed linens, towels, and curtains.
• Denim & Workwear – Reduces stiffness while maintaining durability.
• Athletic Wear – Enhances breathability and softness.
• Industrial Textiles – Used in upholstery and automotive fabrics.

Product Details:

Polyester prints fixation agent for Superheated steam Fixation.We 'Shri Ram Products' are a notable and prominent Sole Proprietorship Organization, betrothed in Manufacturing and Exporting a wide range of Textile Chemicals, Textile Auxiliaries, Industrial Chemicals, Wetting Agents etc.

Additional Information:

• Production Capacity: 10000
• Delivery Time: 3 Days
• Packaging Details: Available in Drum packaging