Medium & Low Temperature Desizing Enzyme is a non-toxic, odorless enzyme with 2000μ/g activity. It rapidly hydrolyzes starch, pectin, and other sizing agents into soluble sugars. Used in textile desizing (pad-batch or exhaust) at 55–65°C, pH 6–7. It offers high desizing rate, low strength loss, soft handfeel, and no re deposition. The low-pH wastewater is biodegradable, meeting clean production requirements.
Our desizing enzyme is primarily used in the textile industry, especially during fabric desizing. It rapidly breaks down sizing agents such as starch and pectin, improving the effectiveness of subsequent processing. This product is widely used in various industries, including beer, alcohol, and monosodium glutamate (MSG). It is highly efficient, environmentally friendly, and non-toxic, achieving rapid desizing without damaging fabric quality, thus meeting green production standards.
Our Wide Temperature Desizing Enzyme is specially developed for grey fabric desizing in textile printing and dyeing. It effectively removes starch and pectin sizes across a broad temperature range (room temperature to 95°C). This nontoxic, eco-friendly enzyme offers faster desizing than alkali, prevents size re-deposition, ensures soft hand feel, and produces low-pollution wastewater for clean production.
Our high temperature desizing enzyme is an eco-friendly, non‑toxic liquid that rapidly hydrolyzes starch‑based sizes in textile processing. Ideal for pad‑steam and cold‑pad batch applications at 90–100 °C and pH 5.8–6.8. Key features: high desizing rate, no fabric strength loss, soft hand feel, and excellent biodegradability – fully compliant with clean production standards.
Product Core Description:
Our Medium & Low Temperature Desizing Enzyme is designed for textile desizing processes, especially for cotton, linen, and blended fabrics. It efficiently removes starch-based sizes at 40–55°C, enabling energy savings and flexible processing. With high hydrolysis activity, it quickly converts starch into water-soluble dextrins, ensuring a clean fabric surface and stable performance for subsequent dyeing and finishing.
