In textile finishing, eliminating surface hairiness and preventing pilling is one of the most critical steps in enhancing the value of the final product. CRN PRELIZE N-AP is a high-concentration neutral cellulase enzyme specifically engineered for cellulosic materials. By operating effectively within a neutral pH range, it ensures permanent surface smoothness while providing maximum protection for the fiber's tensile strength.
Neutral pH Performance and Delicate Fiber Protection
Unlike traditional acidic enzymes, CRN PRELIZE N-AP activates within a neutral pH window (6.0 - 7.5). This characteristic makes the enzyme's action on the fiber much more controlled and gentle. In post-dyeing applications, it minimizes the need for extra chemicals typically used for pH adjustment. It successfully performs "Biopolishing" by cleaning away unwanted surface fuzz and dead fibrils without causing any significant loss in the fabric's original tear or tensile resistance.
Shade Stability and Concentrated Potency
CRN PRELIZE N-AP offers a much lower risk of shade change compared to acidic alternatives. This makes it the ideal choice for fabrics with sensitive or critical color tones. Its highly concentrated formulation delivers exceptional results even at minimal dosages, reducing logistical expenses and boosting overall operational efficiency. By removing the "cloudy" appearance caused by micro-hairs, it allows the true vibrance and clarity of the colors to shine through.
Key Advantages of CRN PRELIZE N-AP
Superior Anti-Pilling: Professionally prevents pilling and fuzz formation after laundering and wear.
Concentrated Efficiency: Provides effective surface refinement for large volumes of fabric with minimal product consumption.
Color Integrity: Significantly reduces the risk of bleeding or shade deviations on dyed substrates.
Process Optimization: Its neutral operation saves time and resources by reducing the need for intensive rinsing and acid neutralization steps.
Premium Hand-Feel: Imparts a soft, elegant, and high-quality drape to the finished garment.