Founded in 2008, Hangzhou Well Sunshine Biotech Co.,Ltd.(Well Sunshine Industrial Co.,Ltd) is a specialized manufacturer of Veterinary products and Feed additives, with three production bases in Zhejiang, Jiangxi and Hubei separately. Our old factory is situated in North Industrial Park, Yongfeng County, Jiangxi province, with over 68,500sqm of lands. Moreover, we also found new GMP approved factory, and this new factory has been put into function now. Well-known for complete production equipments, advanced production methods and complete inspection facilities, we have the good abilities to develop, design and produce products independently. Under the cooperation of Zhejiang University, we are working hard on the development of latest technologies and custom-made products.
Now, we found sales center and R&D center in the downtown of Hangzhou city. In 2015, Well Sunshine Industrial Co.,Ltd was founded by Hangzhou Well Sunshine Biotech Co.,Ltd., which is specialized in expanding international business and strategic cooperation with suppliers.
Why choose us?
Quality Control
We have professional personnel to monitor the production process, inspect the products and ensure that the final product meets the required quality level standards, guidelines and specifications.
One-stop Solution
We can offer a range of services, from consultation and advice to product design and delivery. It is a convenience for the customers, as they can get all the help they need in one place.
24h Online Service
If you have difficulties when using the product, we will respond to your needs as soon as possible and give you the greatest support.
Global Shipping
Our products support global shipping and the logistics system is complete, so our customers are all over the world.
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![Lipase]()
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![β-Glucanase]()
β-Glucanaseβ-glucan is one of the NSP in the plant cell wall. It is a type D glucose polymer that includeβ-1，3 and β-1，4 glucosidic bonds. Molecular weight above 6500KDa. There are both water-soluble andread more -
![Glucose Oxidase]()
Glucose OxidaseGluconic acid could reduce the PH value of chyme、strengthen the acid environment in the stomach meantime activate protease activity like acidifiers; Thus improve digestibility and absorptivity ofread more -
![α-Galactosidase]()
α-GalactosidaseOne α-galactosidase activity unit(U) is defined as the amount of enzyme whichliberates 1µmolread more -
![Amylase]()
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![Pectinase]()
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![Cellulase]()
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![Phytase]()
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![Xylanase]()
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![Β-Mannase]()
Animal feed enzymes are naturally occurring proteins that act as biological catalysts, facilitating the breakdown of complex nutrients into simpler forms that can be digested and absorbed by animals. They are added to animal feed to supplement endogenous enzyme production and improve nutrient availability.
These enzymes are classified into different categories based on their mode of action, including carbohydrases, proteases, and lipases. Carbohydrases target carbohydrates, breaking them down into sugars, while proteases focus on proteins, breaking them down into amino acids. Lipases, on the other hand, target fats, breaking them down into fatty acids and glycerol. Each type of enzyme plays a specific role in the digestive process, ensuring the efficient breakdown of nutrients.
Promotes Good Health Among Livestock
By expanding the absorption rate of supplements in the gut, enzyme supplements are a compelling method of advancing general good health among domesticated animals. Animals will stay healthier for longer periods of time since more effective retention of nutrients from their feed assists with advancing enteric wellbeing and restrains the development of ailment causing microscopic organisms. This can decrease the frequency of disease and ailment among animals, reducing veterinary expenses and improving in general efficiency.
Helps The Weaning Process For Young Animals
Enzymes are likewise a compelling method of helping the weaning procedure for young animals, as those under a specific age come up short on the full supplement of enzymes required for effective digestion. Their failure to totally digest a non-milk diet frequently prompts gastrointestinal issues and a raised death rate, the two of which can be avoided with the inclusion of enzymes to their feed.
Boosts Weight Gain, Health And Also Increases Egg Production In Hens
When added to the eating regimen of hens, enzyme supplements were found to support weight gain and wellbeing, and in addition to raised egg production. By expanding the volume of meat or eggs created by singular domesticated animals, enzyme supplements can significantly improve profits.
Helps Animals Properly Digest Their Feed And Produce Less Manure
Utilising enzymes in animal feed is likewise advantageous for the environment. Animals that can appropriately process a bigger level of their feed in this manner produce less excrement, which contains littler amounts of phosphorus and nitrogen. Such mixes adversely affect nature.
Enzymes are organic chemicals that quicken chemical reactions. They are proteins, with complex structures that permit them to stay stable during the high temperatures vital for feed production, and while travelling through the animal’s gastrointestinal tract. One of the most significant qualities of the enzyme is its capacity to degrade explicit substrates in exact reaction sites. The specific enzymes utilized in the advancement of feedstuffs are intentionally chosen to target distinct substrates utilised in that feed. Enzymes will just react under specific conditions. The moisture content, amount of enzymes utilised, temperature, and pH levels during use must meet the proteins’ particular reactive prerequisites for them to work viably. Under ideal conditions, a greater concentration of the enzyme will bring about a quicker rate of reaction.
Types of Feed Enzyme
Starch Enzyme
Includes amylase, α-amylase, β-amylase, etc. α-amylase and β-amylase can hydrolyze both straight-chain and branched-chain starch into disaccharides, oligosaccharides, and dextrin, which are then decomposed into glucose by amylase. Amylase can further hydrolyze the medium-low molecular substances decomposed by α-amylase into glucose, which can be absorbed and utilized by animals passively.
Protease Enzyme
Protease enzyme is a hydrolytic enzyme that degrades protein peptides, with acid, neutral and alkaline distinctions. The acid and neutral protease used in feed include gastric protease, pancreatic protease, papain protease, etc.
Phytase Enzyme
Phytase can hydrolyze the phosphate groups in phytates in feed such as legumes, cereals, and other byproducts, as well as the ions such as calcium, magnesium, copper, zinc, etc. chelated by phytate, allowing monogastric animals such as pigs and poultry to absorb and utilize them. Most of the phosphorus in grains exists in the form of phytic acid phosphorus. As animals do not secrete phytase, the utilization rate of this part of phosphorus in grain-based feed is low. By adding phytase secreted by microorganisms in the feed, this part of phosphorus can be decomposed and released, thereby reducing the amount of inorganic phosphorus added to the feed, reducing feed costs, and reducing the excretion of phosphorus in animal faeces, thereby reducing environmental pollution. It is currently the most widely used and promising green feed additive.
Cellulase Enzymes
Cellulase enzymes includes C1 enzyme, Cx enzyme, and β-1,4-glucanase. With their joint action, they can decompose cellulose in feed into glucose, and release other nutrients (such as protein, fat, starch, etc.) for digestion and absorption by livestock and poultry.
Hemicellulase Enzymes
It includes xylanase (pentosanase), polygalacturonase, which can hydrolyze hemicellulose in plant cells into pentoses and reduce the viscosity of hemicellulose dissolved in water.
Β-glucanase Enzyme
β-glucan is widely present in various plant materials and has higher viscosity. It is an important anti-nutritional factor that affects the transfer and absorption of nutrients. β-glucanase can hydrolyze large molecules such as β-glucan into reducing sugars, reduce the viscosity of substances in the digestive tract, and promote the absorption of nutrients. β-glucanase is an important and widely used enzyme preparation feed additive.
Pectinase Enzyme
Pectin is an anti-nutritional factor in plant materials that affects feed utilization. Pectinase enzyme can break the glycosidic bonds between monosaccharides in the plant cell wall, decompose pectin on the plant surface, promote the decomposition of plant tissues, and promote the digestion and absorption of nutrients. Pectinase enzyme is also a commonly used feed enzyme preparation.
Xylanase Enzyme
Xylan is one of the main components of plant cell walls, a non-starch polysaccharide, and a xylose polymer connected by β-1,4-glycosidic bonds. Usually, xylan exists in a heteropolymer form and is combined with cellulose enzymeS. Xylanase is a specific hydrolytic enzyme for xylan, belonging to the hydrolytic enzyme class, including endo-xylanase, exo-xylanase, and xylosidase. Xylanase has good heat resistance, and its activity is not affected much by the temperature and pH value in the animal gut. It can tolerate the high temperature during pelleting process. This makes its application in animal feed have unique advantages.
Β-glucosidase Enzyme
It can decompose disaccharides, trisaccharides, and other small molecules of cellulose into glucose, mainly by hydrolyzing the hemicellulose enzyme into various pentoses, and can reduce the viscosity of hemicellulose dissolved in water.
Application of Feed Enzyme
Cleaning
Enzymes that degrade proteins, fats and carbohydrates are important active ingredients in products such as laundry and dishwashing detergents, stain removers and industrial cleaning products, including medical device applications. Enzymes improve the breakdown of specific stains, enhancing the removal by other cleaning ingredients, making detergents more effective. Because enzymes can be optimized to work at lower temperatures, they also save energy through cold wash applications.
Textiles
The use of various enzymes (e.g., amylases, cellulases, pectinases, and lipases) has decreased the use of harsh chemicals in the textile industry, resulting in a lower discharge of waste chemicals to the environment, safer working conditions for textile workers, and improved fabric quality.
Pulp And Paper
Enzymes can also help paper makers reduce the use of harsh chemicals such as chlorine bleach. Hemicellulase enzymes such as xylanase can enhance the bleaching efficacy allowing a dramatic reduction in the consumption of chlorine by opening the pulp matrix to allow for better penetration of bleaching chemicals, and better extraction or washout of lignin and the associated dark brown compounds. Enzymes can be used to improve the efficiency of using recycled materials for production of paper and boxes, by allowing the use of less fiber or lower quality fibers.
Biofuels
Enzymes such as alpha-amylase, glucoamylase, invertase and lactase hydrolyze starch, sucrose and lactose into fermentable sugars. The sugars can then be fermented with yeast to produce ethanol. Ethanol fuels can be derived from renewable plant resources or from agricultural byproducts such as potato processing waste streams. Ethanol is used as a 100% replacement or as an extender of petroleum fuels. After biofuel production, the processed agricultural products can be fed into other production streams, including animal feed.
How Are Enzymes Useful In Animal Feed
Enzymes are proteins that help with the metabolic reactions in the body. In spite of the fact that domesticated animals’ gut microflora produce a few enzymes, they do not produce all the enzymes in adequate amounts to hydrolyse NSP, proteins or phytates to allow assimilation of all the nutrients. Enzyme supplementation improves the nature of feedstuffs and animals, bringing about higher overall revenues. The addition of enzymes in animal feed assists with delivering more meat per animal at a much lower cost while improving the general long-term wellbeing of the herd. Vet expenses and death rates additionally decrease with the utilisation of enzyme supplements in animal feed. Enzymes originate from an assortment of characteristic sources, including plant concentrates, animals, and microorganisms. Enzymes are broadly utilised by the farming, brewing, biofuel, dairy, and rubber enterprises to support production and limit costs. The principal enzymes utilized in feedstuff were arabinoxylanases and beta glucanases. These enzymes were utilised to break down the stringy segments of grains, making them easier to digest and allowing more uptake of indispensable supplements in the gut. From that point forward, enzyme innovation has empowered pig and poultry to extract nutrients from their feed effectively, permitting them to utilise the feed more effectively and improving their general wellbeing.
How Feed Enzyme Works
The role of enzymes in digestion
Enzymes work by accelerating the rate of biochemical reactions involved in the breakdown of nutrients. In the digestive system, they act on specific substrates, such as proteins, carbohydrates, and fats, and convert them into simpler forms that can be absorbed by the animal. This enzymatic breakdown occurs in various sections of the digestive tract, including the stomach, small intestine, and cecum in some species.
Enzymes aid in improving the efficiency of digestion, allowing animals to extract more nutrients from their feed. As a result, the animal’s body can better meet its energy and nutrient requirements for growth, reproduction, and maintenance.
Furthermore, enzymes play a crucial role in maintaining gut health by promoting a balanced microbial population in the digestive tract. They help create an environment that supports beneficial bacteria, which are essential for proper digestion and overall health. This symbiotic relationship between enzymes and gut microflora contributes to enhanced nutrient absorption and overall well-being in animals.
Enhancing nutrient absorption with enzymes
In addition to breaking down complex nutrients, enzymes also enhance nutrient absorption by increasing the surface area available for absorption. By effectively breaking down proteins, carbohydrates, and fats into smaller molecules, enzymes create more opportunities for efficient absorption in the intestinal tract.
Increased nutrient absorption directly translates into improved animal performance, as more nutrients are utilized for various physiological functions, such as growth, immunity, and milk production in dairy animals. Therefore, enzyme supplementation can significantly contribute to optimizing nutrient utilization in animal nutrition.
Moreover, enzymes not only aid in nutrient absorption but also play a role in reducing digestive disorders and improving feed conversion efficiency. By breaking down anti-nutritional factors present in feed ingredients, enzymes help mitigate potential digestive challenges and ensure that animals can derive maximum benefit from their diet. This dual function of enzymes in enhancing nutrient absorption and promoting digestive health underscores their importance in modern animal nutrition practices.
FAQ
As one of the leading feed enzyme manufacturers and suppliers, we warmly welcome you to wholesale custom made feed enzyme from our factory. All products are with high quality and competitive price.
Xylanase