Pulp And Paper Enzymes

Feed Grade Xylanase High Temperature Stable Add in Feedstuff Improve Absorption of Nutrition Product Description Kinzyme is kind of Xylanase reduces mucin secretion. Mucin is an excellent nutrient source for some pathogenic bacteria such as E. coli and Clostridium perfringens. Mucin is also rich in the amino acids threonine, proline and serine, therefore, the increased secretion of mucin adds to endogenous nitrogen losses. Xylanase breaks the bonds that hold xylan fibers

Compound NSP Feed Grade Enzymes Xylanase Enzymes For Reduce Animal Feeds Production Cost Product Description Kinzyme is any of a class of enzymes that degrade the linear polysaccharide xylan into xylose, thus breaking down hemicellulose, one of the major components of plant cell walls. The suitability of xylanases for its application in food and feed, paper and pulp, textile, pharmaceuticals, and lignocellulosic biorefinery has led to an increase in demand of xylanases

Product Description: The Paper Enzyme is packed in a 20kg/drum, making it convenient and easy to transport and store. This enzyme is specifically designed for surface sizing in pulp&paper production, making it an essential ingredient for paper manufacturers. With its high level of dissolubility, this enzyme is highly effective in improving the surface sizing of paper. The Paper Enzyme works by breaking down the surface fibers of paper, allowing for better absorption of water

NSP Enzyme Xylanase Lowering Feed Cost Enhance Growth for Animal Farming Product Description Kinzyme is a type of xylanase enzyme made from Trichoderma reesei through deep fermentation and extraction technique. Xylan is the second most abundant polysaccharide and a major component of plant cell wall and plant structure tissue. As one of the important part of hemicellulose, xylan is always combined with cellulose, xylogen and the others existing in the plant. Cereal xylans

D escription Enzyme 260D enzymatically treats native starch through biotechnology to modify its properties, making it suitable for surface sizing applications and serving as an effective alternative to oxidized starch. Mechanism of action: Enzyme 260D can cut the connection of α-D-1, 4 glycosidic bond of starch , reduce molecular weight and viscosity . I nactivate enzyme by temperature rise when the viscosity meet the require ment, then the viscosity remain unchanged .

Description Convertzyme 260D processes native starch through enzymatic treatment, modifying it to meet the requirements for surface sizing as a sustainable alternative to oxidized starch. Features Product Name Convertzyme 260D Appearance Light brown liquid / White or light yellow powder. Dissolubility soluble in water Density 1.0-1.3g/ml(Liquid) Functional pH Range 3.5-6. 5(Liquid) Packaging 2 0 kg/drum Shelf Life 6 months Mechanism of action Convertzyme 260D enzymatically

Description In paper and board manufacturing, the drainability of pulp is progressively reduced as fiber length diminishes with each recycling cycle. Chemical retention and drainage aids have restricted effectiveness because they hinder production through fiber flocculation. A more effective approach uses bio-enzymes to selectively hydrolyze fine fibers. This process increases the long-fiber content, resulting in improved pulp drainability. Mechanism of action Drainage Enzyme

Description Refinezyme D51 is an engineered enzymatic solution that significantly lowers refining energy intensity and enhances overall refining efficiency through targeted modulation of softwood fiber content in pulp. Advantages Ø Lowers the energy used during the beating process (by over 1 0 %) Ø Decreases the proportion of softwood (by 5-15%) Ø Effectively improves the service life of the disc and beating machinery. Ø Contributes to fiber strength and evenness. Action

Description Convertzyme 260D harnesses biotechnology to transform standard starch into a high-performing solution for surface sizing, providing an eco-friendly alternative to traditional oxidized starch. Features Product Name Convertzyme 260D Appearance Light brown liquid / White or light yellow powder. Dissolubility soluble in water Density 1.0-1.3g/ml(Liquid) Functional pH Range 3.5-6. 5(Liquid) Packaging 2 0 kg/drum Shelf Life 6 months Mechanism of action Convertzyme 260D

Description This composite enzymatic product is engineered through precise blending of multiple esterases, dispersants, stabilizers, and penetrants. Specifically designed for paper mills utilizing secondary fiber pulp, it operates through hydrolytic reactions targeting ester-based stickies, effectively reducing viscosity and polymerization tendencies to minimize operational disruptions. The formulation further demonstrates synergistic effects when combined with other chemical

Description Through multiple recycling cycles, cellulose fibers undergo progressive shortening, leading to corresponding deterioration in drainage performance. Optimizing pulp drainability remains a critical objective in paper and board manufacturing. While conventional retention/drainage aids enhance gravitational dewatering, their utility is constrained by fiber flocculation-induced production limitations. Biocatalytic approaches address this challenge through selective

Description Convertzyme 260D processes native starch through enzymatic treatment, modifying it to meet the requirements for surface sizing as a sustainable alternative to oxidized starch. Features Product Name Convertzyme 260D Appearance Light brown liquid / White or light yellow powder. Dissolubility soluble in water Density 1.0-1.3g/ml(Liquid) Functional pH Range 3.5-6. 5(Liquid) Packaging 2 0 kg/drum Shelf Life 6 months Mechanism of action Convertzyme 260D enzymatically

Description This engineered enzyme blend integrates specific ratios of esterases, dispersants, stabilizers, and penetrants to target stickies control in secondary fiber paper production. By catalyzing the hydrolysis of ester-based deposits, it effectively reduces viscosity and polymerization tendencies, thereby mitigating production disruptions. The formulation further enhances sticky removal through synergistic interactions with complementary additives. Mechanism of action

Description Repeated recycling of fibers results in progressive shortening of average fiber length, which correspondingly diminishes drainage efficiency. In paper and board production, enhancing pulp drainage capability is of paramount importance. Although retention and drainage agents improve dewatering during the gravity drainage phase, their efficacy is compromised by adverse effects on production arising from fiber flocculation. Enzymatic treatments specifically target

Description With the increase in fiber recycling times, the average fiber length decreases, and the drainage performance consequently declines. For the paper and board making process, improving the drainage performance of pulp is particularly important. Retention and drainage aids can enhance the dewatering performance during the gravity drainage stage of pulp. However, due to the negative impact of fiber flocculation on production, they often fail to achieve the desired

Description With increased recycling of fibers, the average fiber length decreases, leading to reduced drainability. For paper and board manufacturing, enhancing pulp drainability is particularly critical. While retention and drainage aids can improve dewatering performance during the gravity drainage stage, their effectiveness is limited due to negative production impacts caused by fiber flocculation. Bio-enzymes selectively hydrolyze fine fibers in recycled pulp, increasing

Description Refinezyme D51 is a high-performance enzymatic preparation engineered to optimize the refining process. It achieves significant energy savings and enhanced efficiency through targeted fiber modification, specifically by reducing the resistance of softwood pulp. Features Product Name Refinezyme D51 Appearance Brown liquid Dissolubility soluble in water Density 1.0-1.3g/ml Functional pH Range 4.0-6.0 Packaging 20 kg/drum Shelf Life 6 months Mechanism of action By

Description This product is a complex enzyme formulation composed of multiple esterases, dispersants, stabilizers, and penetrants in specific ratios. It is suitable for paper mills utilizing secondary fiber pulp as raw material. The mechanism primarily involves bio-enzymatic hydrolysis of ester-based stickies, resulting in reduced viscosity and polymerization, thereby minimizing their impact on the production process. Additionally, through synergistic effects with other

Product Description: Dissolubility: Soluble In Water Product Name: Transform Your Paper Production with Paper Enzyme The Revolutionary Product You Need Technical Parameters: Application: Surface Sizing Enzyme In Pulp & Paper Form: Liquid Dissolubility: Soluble In Water Packing: 20kg/drum Eco-Friendly: Yes Purity: 99%min Are you looking for a revolutionary product that can transform your paper production process? Look no further than Paper Enzyme! As an eco-friendly product,

Product Description: Our surface sizing enzyme is specifically designed to enhance the strength and quality of paper products. It works by improving the surface properties of paper, which results in better printability, ink adhesion, and overall appearance. One of the key benefits of our Paper Enzyme is its eco-friendliness. Made with sustainable and environmentally friendly materials, this enzyme is a responsible choice for any business looking to reduce its environmental