SILIT-ENZ-890 is a premium neutral cellulase enzyme designed for advanced denim washing, polishing, and fermentation processes. Derived from Trichoderma strain through deep liquid fermentation, it delivers exceptional polishing effects on cotton, artificial cotton, and blended fabrics, while enabling controlled abrasion and faded effects on denim. Ideal for high-end textile manufacturing, this enzyme balances performance, sustainability, and cost efficiency.
🔹 Superior Polishing Performance
- Enhances anti-fuzz and anti-pilling properties on pure cotton, blends, and linen fibers.
- Achieves uniform fabric surface texture for premium apparel.
🔹 Energy & Time Efficiency
- Enables same-bath dyeing and enzyme treatment, reducing process steps and cutting energy consumption.
- Shortens production cycles by up to 30% compared to traditional methods.
🔹 Gentle on Fabrics & Colors
- Operates in neutral pH conditions, minimizing strength damage and color distortion.
- Suitable for delicate fabrics and vibrant dye applications.
🔹 Eco-Friendly Formulation
- Leaves zero toxic residues after treatment, compliant with global environmental standards.
- Supports circular economy goals through safe wastewater recycling.

Parameter | Details |
---|
Enzyme Type | Neutral Cellulase |
Appearance | Yellowish granules (batch color variation may occur) |
Bulk Density | 0.89 g/ml |
Declared Activity | ≥1600 U/G |
Optimal pH Range | Neutral (6.0–6.5) |
Temperature Range | 45–55°C (optimal for energy savings) |
- Denim Processing:
- Creates natural abrasion and fading effects without harsh chemicals.
- Improves fabric handfeel and durability for premium jeans.
- Cotton & Blended Fabrics:
- Polishes cotton, rayon-cotton, and linen blends for high-end apparel.
- Prepares fabrics for printing or dyeing with enhanced color absorption.

- Storage:
- Store in a cool, ventilated area below 27°C.
- Avoid direct sunlight to maintain enzyme activity.
- Packaging:
- 40 kg paper drum, suitable for industrial logistics.
- Long shelf life with proper storage conditions.