Description High-performance weak cationic silicone softener designed to deliver 25–50% shade deepening on indigo and black denim. Suitable for spray, exhaust, and padding applications, it is a stable, formaldehyde-free solution for modern washing chemicals, textile enzymes, and detergent enzyme systems. Keywords washing chemicals, textile enzymes, detergent enzymes, silicone softener, shade deepening agent, denim finishing chemicals, textile finishing auxiliaries, weak cationic silicone, denim washing chemicals, sustainable textile processing, fabric softener for denim Introduction In modern textile finishing, washing chemicals play a crucial role in enhancing fabric appearance, color depth, and performance while ensuring process stability and sustainability. Advanced silicone-based finishing agents are increasingly preferred for their ability to improve shade depth, softness, and visual appeal without compromising color fastness. Among these innovations, weak cationic silicone emulsions have become an essential component in high-performance textile enzyme and finishing systems, particularly for denim and dark-colored fabrics. Silicone-Based Shade Deepening Technology This advanced weak cationic silicone softener delivers 25–50% shade deepening across a wide range of fibers and fabric constructions. It produces a clean, attractive bluish tone on indigo denim while enabling ultra-deep black effects on sulfur black and other dark-dyed fabrics. The product performs consistently on cotton, polyester, polyester/cotton blends, and CVC fabrics, making it suitable for both garment washing plants and dyeing mills. Key Features and Benefits 25–50% shade deepening without altering dye chemistry Clean bluish tone on indigo and deep black on sulfur black denim No adverse effect on color fastness Hard-water stable with strong acid and alkali resistance Stable under heavy mechanical shear Formaldehyde-free for safer and sustainable processing Weakly cationic nature ensures controlled fabric interaction These properties make it an ideal companion in washing chemical systems used alongside textile enzymes and detergent enzymes in denim processing. Application Flexibility The product is compatible with multiple application methods, ensuring consistent results across different production setups. Spraying Method (Garment Washing Plants) Dilution ratio: 40:60 (product : water) Spray evenly on garments Dry at 100°C Exhaust Method Dosage: 3–5 g/L Temperature: 25–30°C Time: 15–20 minutes Padding Method (Dyeing Mills) Dosage: 20–60 g/L Uniform padding pick-up Dry at 150–170°C at Heat Setting No pH adjustment is required, simplifying processing and reducing chemical handling. Compatibility and Sustainability The product shows excellent compatibility with common washing chemicals, enzyme-based treatments, and detergent systems. It is stable in hard water, though maintaining hardness below 200 ppm is recommended for optimal results. As the textile industry moves toward eco-conscious manufacturing, formaldehyde-free silicone softeners combined with textile enzymes and detergent enzymes support reduced reprocessing, improved fabric aesthetics, and consistent quality. Conclusion Advanced weak cationic silicone softener technology offers an effective solution for shade enhancement and surface finishing in denim and textile processing. With high stability, wide fabric compatibility, and flexible application methods, it remains a key component in modern, sustainable washing chemical systems.

Description Indifade OXD Conc is a high-concentration, halogen-free, and manganese-free alternative to potassium permanganate for denim washing. Safe, eco-friendly, and easy to apply, it delivers natural discoloration on indigo and black denim. Ideal for users of washing chemicals, textile enzymes, detergent enzymes, and food enzymes. Keywords Indifade OXD Conc, denim decoloring agent, PP alternative, potassium permanganate replacement, sustainable washing chemicals, textile enzymes, detergent enzymes, food enzymes, eco-friendly denim finishing, denim spray bleaching, garment washing chemicals, natural denim fading Introduction As sustainability and worker safety become industry priorities, denim processors are replacing hazardous chemicals with cleaner solutions. Indifade OXD Conc is a next-generation decoloring agent designed as a safer alternative to potassium permanganate (PP). It delivers controlled, natural fading on indigo and black denim while significantly reducing environmental and operational risks. Compatible with spraying, brushing, sponge, microfiber glove, and controlled dipping, it supports a wide range of creative denim finishes. Why Choose Indifade OXD Conc? Eco-Friendly & Safer Than PP Free from halogens, manganese, and heavy metals, Indifade OXD Conc improves workplace safety and aligns with sustainable production goals. Natural, High-Quality Fading Its advanced formulation produces more uniform and aesthetic discoloration compared to conventional PP spray processes. Simple & Ready to Use The product can be diluted with water and applied using existing PP equipment, allowing easy integration into current washing lines. Reliable Performance Light yellow, transparent liquid pH (10 g/L): 1–3 Fully water-soluble Effective at room temperature Consistent and predictable results Application Guidelines Indifade OXD Conc is applied to desized and pre-washed garments. Mechanical treatments such as brushing or sanding enhance bleaching uniformity. Application Methods Spray (most common) Hand brush Sponge Microfiber glove Controlled dipping (Avoid skin contact; use protective equipment.) Reaction Time Allow garments to react at room temperature for 40 minutes to 4 hours.⚠ Avoid tumble or high-temperature drying to prevent fabric damage. Neutralization Sodium metabisulfite: 2–3 g/L Temperature: 45–50°C Time: 10 minutesUse dispersing agents if heavy dye bleeding occurs. Dosage Typical spray usage: 100–150 g per garment For stronger fading, apply via brush or microfiber glove Sustainability & Enzyme Compatibility Indifade OXD Conc supports cleaner washing chemical systems and works effectively alongside textile enzymes such as cellulase, amylase, catalase, and protease. This combination helps reduce chemical load, energy use, and water consumption while improving fabric quality and process safety. Conclusion Indifade OXD Conc is a modern, eco-conscious alternative to potassium permanganate, offering safe handling, natural fading, and operational simplicity. Its compatibility with enzyme-based processing makes it an ideal choice for denim laundries and garment manufacturers committed to sustainable production using advanced washing chemicals and enzymes.

Description Stonezyme WL is a new-generation neutral cellulase enzyme developed for denim washing. It delivers fast abrasion, high contrast, and low staining within 30–60°C, enabling stone-free or stone-reduced washing. Ideal for eco-friendly textile processing and sustainable washing chemical formulations. Keywords Stonezyme WL, washing chemicals, textile enzymes, detergent enzymes, neutral cellulase, enzyme for denim washing, enzyme washing, eco-friendly washing agent, garment finishing enzyme, denim enzyme, industrial enzyme, sustainable textile processing Introduction In modern textile processing, washing chemicals and textile enzymes are essential for achieving high-quality finishes with reduced environmental impact. Stonezyme WL, developed by KDN Biotech (Shanghai) Co., Ltd., is a next-generation neutral cellulase enzyme designed for denim and casual wear washing. It enables efficient abrasion with low staining while significantly reducing or eliminating pumice stone usage—improving both sustainability and fabric quality. Innovative Enzymatic Technology Stonezyme WL combines neutral cellulases, advanced buffer systems, and anti-stain agents to deliver consistent abrasion, balanced grain, and strong contrast while protecting fabric strength. Its wide operating range of 30–60°C and pH 5.5–8.0 ensures stable performance under diverse laundry conditions. Key Features and Benefits High abrasion efficiency with excellent cost-performance Wide temperature (30–60°C) and neutral pH adaptability Enables stone-free or stone-reduced washing Balanced graining, high contrast, and low back-staining Compatible with common washing chemicals and non-ionic surfactants Environmentally friendly, reducing water, energy, and solid waste Recommended operating temperature: 40–45°C for optimal balance between graining and staining control. Application Recommendations Stonezyme WL can be applied after desizing or during the main wash, depending on processing needs. 1️⃣ Desizing / Preliminary Wash Amzyme LT: 1 g/L Dispersing agent: 1 g/L Liquor ratio: 1:5 Temperature: 30–60°C (Optimal 45–55°C) pH: 5.5–8.0 (Optimal 6.0–7.0) Time: 15–20 minutes 2️⃣ Stone Wash Process Dosage: 0.3–0.7% owg Time: 30–40 minutes at cold rinse Apply directly on wet garments; repeat 2–3 cycles if needed 3️⃣ Clean-Up (If Required) Detergent: 1 g/L (pH 4–5) for 20–30 minutes Enzyme inactivation: 1–2 g/L sodium carbonate at 60–70°C for 15 minutes, or Heat at 70–80°C for 10 minutes For finishing, Unisoft softeners and Unichem handle agents are recommended. Packaging, Storage & Safety Packaging: 25 kg paper box Storage: ≤25°C in sealed containers Avoid inhalation of enzyme dust; rinse skin or eyes with water if exposed. Refer to MSDS for detailed safety information. Conclusion Stonezyme WL offers a high-efficiency, sustainable solution for denim washing. With its wide operating range, stone-free capability, and consistent performance, it stands out among modern washing chemicals and textile enzymes, helping manufacturers achieve premium denim finishes with less energy, less waste, and higher productivity.

Description:Stonezyme SF is a new-generation neutral cellulase enzyme for denim washing, offering high abrasion, low stain, and stone-free processing. Designed for wide temperature and pH ranges, it delivers sustainable, cost-effective performance in washing chemicals and textile enzyme applications. Keywords:Stonezyme SF, washing chemicals, textile enzymes, detergent enzymes, food enzymes, neutral cellulase, denim washing enzyme, enzyme washing, eco-friendly washing agent, enzyme for denim, garment finishing, KDN Biotech, industrial enzyme, sustainable textile processing In the fast-evolving world of washing chemicals and textile enzymes, innovation drives efficiency, sustainability, and quality. Stonezyme SF, developed by KDN Biotech (Shanghai) Co., Ltd., represents a breakthrough in neutral cellulase enzyme technology. Engineered for fast abrasion, high contrast, and low staining, it delivers outstanding results in denim washing—while significantly reducing or even eliminating the need for pumice stones. Advanced Enzymatic Technology Stonezyme SF is formulated with a new generation of neutral cellulases, enhanced buffer chemicals, and anti-stain agents. This unique combination ensures balanced performance—providing excellent abrasion, acceptable grain, and minimal back-staining, even under mild washing conditions. Key Features and Benefits Superior abrasion performance with a highly competitive cost-performance ratio. Wide temperature range (30–60°C) — performs effectively under various process conditions. Neutral pH adaptability (5.5–8.0) — compatible with most washing systems. Stone-free or stone-reduced processing — minimizes pumice stone usage, reducing machine wear and environmental impact. Optimal operation at 45–55°C — achieves the perfect balance between graining, color contrast, and low staining. By integrating Stonezyme SF into denim finishing, manufacturers can reduce energy use, simplify processes, and produce high-quality, environmentally friendly garments. Application Guidelines Recommended Dosage: Denim garments (belly washers/front loaders): 0.5–1.0% owg Recommended Conditions: Temperature: 30–60°C (optimal: 45–55°C) pH range: 5.5–8.0 (optimal: 6.0–7.0) These flexible conditions make Stonezyme SF an ideal choice for laundries aiming to optimize performance and reduce production costs while maintaining consistent wash effects. Sustainability and Versatility Unlike conventional washing chemicals, Stonezyme SF relies on biodegradable enzyme technology. Its ability to function efficiently at low to moderate temperatures contributes to energy savings and environmental sustainability. While primarily designed for denim finishing, its formulation technology is part of KDN Biotech’s broader enzyme portfolio, which also includes food enzymes and detergent enzymes—all engineered for cleaner, greener manufacturing solutions. Packaging and Storage Packaging: 25 kg paper box Storage: Keep at or below 25°C in a sealed container to maintain enzyme activity. Avoid exposure to heat for prolonged periods. Safety and Handling Stonezyme SF is non-flammable and safe when handled properly. Avoid inhalation of enzyme dust or mist. In case of skin or eye contact, rinse immediately with plenty of water for at least 15 minutes. For detailed handling procedures, consult the Material Safety Data Sheet (MSDS) available from KDN Biotech (Shanghai) Co., Ltd. Conclusion Stonezyme SF combines the latest advancements in neutral cellulase enzyme technology with superior process efficiency. Its wide operating range, cost-effectiveness, and eco-friendly formulation make it a preferred choice in modern textile enzyme applications. By using Stonezyme SF, garment processors can achieve premium denim aesthetics—with less energy, less waste, and more value.

Description:Stonezyme DP6000 is a high-concentration cellulase powder enzyme designed for denim and casual wear washing. Featuring wide pH adaptability, strong abrasion contrast, and excellent low-temperature performance, it offers a sustainable and cost-effective solution for washing chemicals and textile finishing. Keywords:Stonezyme DP6000, washing chemicals, textile enzymes, detergent enzymes, food enzymes, denim washing enzyme, low temperature enzyme, cellulase powder, KDN Biotech, eco-friendly washing agent, enzyme washing, garment finishing, enzyme formulation, industrial enzymes In today’s textile industry, washing chemicals and textile enzymes play a crucial role in achieving both sustainability and high-quality finishing. Among them, Stonezyme DP6000, developed by KDN Biotech (Shanghai) Co., Ltd., stands out as a new-generation powder cellulase enzyme designed for denim washing and garment finishing. With its low-temperature activity, high enzyme concentration, and broad pH adaptability, it delivers maximum cost-efficiency and environmental benefits. Key Features of Stonezyme DP6000 Stonezyme DP6000 is engineered to meet the demanding requirements of denim and casual wear finishing. Below are its remarkable characteristics: High enzyme concentration — Delivers the best cost-performance ratio for formulators. Low-temperature activity (20–40°C) — Ensures effective enzyme performance even in energy-saving conditions. Wide pH adaptability (6.0–7.5) — Ideal for neutral or mild alkaline washing systems. Strong abrasion contrast — Produces a high 3D effect with minimal color pull. Excellent strength retention — Maintains fabric durability and texture. Anti-back staining — Keeps washed garments clean and bright. These benefits make Stonezyme DP6000 a preferred choice for denim laundries aiming to combine eco-efficiency and premium aesthetics. Application and Formulation Stonezyme DP6000 is a pure enzyme powder compatible with buffers, non-ionic surfactants, and fillers. It can be easily formulated into customized enzyme washing chemicals according to process requirements. Recommended Application Conditions: Dosage: 1–2 g/L Temperature: 20–40°C pH Range: 6.0–7.5 (optimal 6.0) Treatment Time: 20–40 minutes Typical formulation (based on garment weight): Stonezyme DP6000: 0.2–1.5% Buffer salt: 20–40% Resist salt: 0–20% Surfactants: 0–10% Soluble fillers: 0–30% Conditioning agents: 0–5% Note: Avoid anionic surfactants; use compatible non-ionic types for best results. Sustainability and Versatility By maintaining high performance at low temperatures, Stonezyme DP6000 reduces water and energy consumption—making it a sustainable solution for the textile industry. While primarily designed for denim finishing, its enzymatic efficiency also makes it relevant to other industries that utilize detergent enzymes and food enzymes for improved process control and eco-friendly manufacturing. Safe Handling and Storage Store below 25°C in a sealed container. Avoid prolonged exposure to heat to preserve activity. Prevent direct contact and inhalation of enzyme dust. In case of contact with skin or eyes, rinse immediately with water. For detailed safety guidelines, refer to the Material Safety Data Sheet (MSDS) available from KDN Biotech (Shanghai) Co., Ltd. Conclusion Stonezyme DP6000 represents a new benchmark in washing chemicals and textile enzyme technology. With its low-temperature performance, high concentration, and superior finishing quality, it empowers garment processors to achieve both efficiency and sustainability.For more information, contact KDN Biotech (Shanghai) Co., Ltd., a trusted leader in industrial enzymes and eco-friendly textile solutions.

Description:Catazyme 800L by KDN Biotech is a concentrated catalase enzyme designed to decompose residual hydrogen peroxide after bleaching. Ensures safe dyeing, low water use, and eco-friendly textile processing. Keywords:Catazyme 800L, catalase enzyme, hydrogen peroxide removal, textile bleaching enzyme, post-bleaching treatment, eco-friendly washing chemical, enzyme for dyeing preparation, sustainable textile processing, KDN Biotech, garment bleaching enzyme, textile auxiliary enzyme Eco-Friendly Catalase Solution for Post-Bleaching and Dyeing Preparation Catazyme 800L, developed by KDN Biotech (Shanghai) Co., Ltd., is a highly concentrated industrial-grade liquid catalase enzyme produced by submerged fermentation of a genetically modified Bacillus subtilis strain. It is specially designed to decompose residual hydrogen peroxide left after the bleaching of cotton knits and yarns — ensuring clean, safe, and dye-ready fabrics. By breaking down hydrogen peroxide into oxygen and water (2H₂O₂ → 2H₂O + O₂), Catazyme 800L provides an eco-friendly and efficient solution that minimizes water use, reduces processing time, and protects fabric quality before dyeing. Typical Characteristics Property Specification Appearance Dark Brown Liquid pH 4.5 – 7.0 Specific Gravity 1.0 – 1.1 Activity Definition:1 Ctun = the amount of enzyme that decomposes 1 μmol of hydrogen peroxide per minute under standard test conditions (pH 7.0, 30°C). Key Advantages Efficient Hydrogen Peroxide Removal – Ensures complete peroxide breakdown before dyeing. Reduced Water Consumption – Allows processing in the same bath, saving rinse water. Short Process Time – Rapid peroxide elimination for faster production cycles. Safe and Reliable – Prevents dyeing defects caused by peroxide residues. Eco-Friendly – Converts peroxide into harmless oxygen and water, reducing wastewater load. Application Guidelines 1. Drain the bleaching liquor bath.2. Refill with fresh water at the temperature and liquor ratio required for dyeing.3. Adjust bath pH to 6–8 and ensure temperature is below 55°C.4. Add 0.002–0.005 g/L Catazyme 800L and begin circulation.5. After 10 minutes, test for residual hydrogen peroxide. If present, continue for another 5–10 minutes.6. Once peroxide elimination is confirmed, proceed directly to the dyeing process in the same bath. Dosage Recommendations Typical range: 0.001–0.01 g/L (depending on fabric type and residual peroxide level) Best results: Maintain optimal temperature below 55°C and neutral pH. Packaging & Storage Packaging: 30 kg plastic drum Storage: Keep sealed at or below 25°C Shelf life: 12 months under good storage conditions Safety & Handling Avoid inhaling enzyme mist or dust. In case of skin or eye contact, rinse thoroughly with water for at least 15 minutes.Refer to the Material Safety Data Sheet (MSDS) available from KDN Biotech (Shanghai) Co., Ltd. Sustainable Processing with Catazyme 800L Hydrogen peroxide is a key agent in textile bleaching, but its residues can interfere with dye uptake and fabric quality. Catazyme 800L offers a green, high-performance alternative to chemical neutralizers, ensuring peroxide-free fabrics ready for dyeing. Its enzymatic process not only safeguards fiber integrity but also enhances process safety, reduces water use, and minimizes environmental impact, making it an ideal choice for modern textile mills and garment laundries committed to sustainability and operational excellence.

Description:Amyzyme P5000 by KDN Biotech is a high-concentrated α-amylase enzyme powder optimized for 75–85°C desizing. Ensures effective starch removal without fiber damage. Ideal for garment laundries, denim washing, and textile dyeing mills. Keywords:Amyzyme P5000, α-amylase enzyme, textile desizing enzyme, medium temperature amylase, fabric desizing chemical, enzyme for denim washing, KDN Biotech, eco-friendly washing chemical, starch removal enzyme, enzymatic desizing, textile processing enzyme, sustainable textile chemicals Advanced Enzymatic Solution for Clean, Safe, and Eco-Friendly Textile Processing Amyzyme P5000, developed by KDN Biotech (Shanghai) Co., Ltd., is a high-concentrated α-amylase enzyme powder designed for efficient removal of starch-based sizing agents used in textile processing. Unlike harsh oxidative desizing methods that can damage cellulose fibers, Amyzyme P5000 targets only starch, ensuring gentle action, high efficiency, and excellent fabric strength retention. This advanced enzymatic desizing agent delivers consistent results across a wide temperature range and is particularly suitable for garment laundries, denim washing, and dyeing mills that demand precision and reliability in every batch. Typical Characteristics Property Specification Appearance Powder Water Content ≤ 8.0% Fineness ≥ 80% Key Advantages Medium-Temperature Performance – Optimized for 75–85°C, enabling efficient desizing without overheating. Gentle on Fibers – Protects cellulose structure, ensuring no fiber damage and excellent color retention. Versatile Applications – Suitable for cold pad batch, pad roll, jigger, and garment washing processes. Consistent Results – Delivers uniform desizing even on complex fabric constructions. Eco-Friendly – Reduces the need for harsh chemicals, supporting sustainable textile manufacturing. Application Recommendations Typical Processes: Pad batch Pad roll Jigger Garment washing Example Usage: Pad with 0.03–0.5 g/L Amyzyme P5000 at around 60°C, dwell for 0.5–3 hours for optimal desizing results. Follow with proper rinsing to remove dextrins and residual size. Note: Not suitable for pad steaming processes. Process Parameters Parameter Optimal Range Operational Range pH 6.0 – 7.0 5.5 – 7.5 Temperature 75 – 85°C 50 – 90°C Factors Affecting Performance: Nature and amount of sizing agent Fabric structure and density Equipment type and process conditions Water quality and hardness Packaging & Storage Packaging: 30 kg drum Storage: Keep below 25°C in sealed containers. Shelf Life: 12 months when stored properly in a cool, dry environment. Safety Handling Avoid inhaling enzyme dust or mist. In case of skin or eye contact, rinse thoroughly with water for at least 15 minutes.For more information, consult the Material Safety Data Sheet (MSDS) provided by KDN Biotech (Shanghai) Co., Ltd. Why Choose Amyzyme P5000? In modern textile and denim processing, quality and sustainability go hand-in-hand. Amyzyme P5000 offers mills and laundries a safe, energy-efficient, and high-performance alternative to chemical desizing. Its controlled enzymatic action ensures clean desizing results while maintaining the softness, color, and integrity of the fabric. By integrating Amyzyme P5000 into your washing or dyeing workflow, you gain faster desizing, reduced environmental impact, and greater consistency in production outcomes—meeting the demands of today’s eco-conscious textile market.

Description:Amyzyme FB New by KDN Biotech is a high-concentrated, wide temperature tolerant α-amylase enzyme for fabric desizing. Delivers fast starch removal, no fiber damage, and excellent color retention. Ideal for pad roll, jigger, and garment washing applications. Keywords:Amyzyme FB New, α-amylase enzyme, textile desizing enzyme, fabric desizing, high temperature amylase, wide temperature amylase, enzyme for denim washing, KDN Biotech, eco-friendly washing chemical, enzymatic desizing, starch removal enzyme, sustainable textile processing Powerful Enzymatic Solution for Sustainable and High-Performance Desizing Amyzyme FB New, developed by KDN Biotech (Shanghai) Co., Ltd., is a highly concentrated and wide temperature tolerant α-amylase enzyme designed for efficient fabric desizing. Derived from a selected bacterial strain, this enzyme rapidly breaks down starch-based sizes and their derivatives into dextrins, which are easily removed during rinsing. Its strong amylolytic activity ensures fast and complete desizing without damaging fibers or affecting color brightness—making it ideal for both textile dyeing mills and garment laundries. Typical Characteristics Property Specification Appearance Brown liquid pH (Operational range) 5.0 – 7.0 Specific Gravity 1.10 – 1.25

Description:Discover Celpolish P9000, a highly concentrated neutral cellulase enzyme ideal for denim-washing, biofinishing, and detergent formulations. Learn about its features, benefits, and applications in washing chemicals, textile enzymes, food enzymes, and detergent enzymes. Keywords:Celpolish P9000, cellulase enzyme, textile enzyme, detergent enzyme, food enzyme, washing chemicals, enzyme for denim washing, enzyme for biofinishing, neutral cellulase, enzyme powder, eco-friendly enzyme, thermostable cellulase, enzyme formulation In the rapidly evolving textile and detergent industries, enzymes are at the heart of innovation and sustainability. Among them, cellulase enzymes play a key role in biofinishing, denim-washing, and even detergent formulations. One outstanding product in this field is Celpolish P9000, a highly concentrated neutral cellulase powder enzyme developed through advanced submerged liquid fermentation. What Makes Celpolish P9000 Unique? Celpolish P9000 represents a new generation of ultra-concentrated powder cellulase designed for wide industrial use. It offers exceptional enzyme activity, broad temperature adaptability, and strong compatibility with common textile auxiliaries. Appearance: Fine brown powder Working Temperature: 23–60°C Optimum pH Range: 5.0–6.0 Water Solubility: Fully soluble at room temperature Unlike traditional enzyme formulations, Celpolish P9000 combines high enzyme efficiency with neutral pH performance, allowing manufacturers to integrate biofinishing and reactive dyeing in a single bath process—saving time, energy, and cost. Advantages and Industrial Benefits Wide pH and Temperature Tolerance: Works effectively under both acidic and neutral conditions. Thermostable Enzyme: Higher stability compared to liquid cellulase formulations. Versatile Application: Suitable for biofinishing of knits, denim-washing, and enzyme-based detergent formulations. Cost-Efficient: High activity means lower dosage and reduced process time. Eco-Friendly Choice: Enables enzymatic textile treatments that replace harsh chemicals, reducing environmental impact. Application Guidelines For Biofinishing Garments (Belly washers/Front loaders): 0.1–0.4% owg Fabrics (Jets or soft-flow): 0.2–0.5% owf For Denim-Washing Powder Re-formulation: 0.1–0.75% Based on 0.45% formulation: 0.5–2% owg Celpolish P9000 is compatible with most auxiliaries, including dispersing agents, anti-stain agents, and sequestering agents, making it easy to integrate into existing formulations or processes. Beyond Textiles: Broader Enzyme Applications While cellulase is mainly known for textile applications, enzymes are essential in various industries such as: Detergent enzymes for efficient stain removal Food enzymes for processing and fermentation Washing chemicals for industrial cleaning solutions With its high efficiency and broad stability, Celpolish P9000 also serves as a potential ingredient in eco-friendly washing formulations, contributing to cleaner and more sustainable industrial practices. Conclusion As the textile and detergent industries move toward greener, more efficient processes, Celpolish P9000 stands out as a powerful solution for bio-based textile processing and enzyme-driven cleaning technologies.Its performance, flexibility, and stability make it a preferred choice for manufacturers aiming for high quality and sustainability.