Feed Grade Monocalcium Phosphate 22% Granular P: 22% Ca: 13% Water souble phosphorus: 20% As: 20ppm Pb: 30ppm Cd: 10ppm Cr: 30ppm
Feed Grade Dicalcium Phosphate 17% P: 7% Ca: % Citric Acid souble phosphorus: 14% As: 20ppm Pb: 30ppm Cd: 10ppm Cr: 30ppm
Uses in the system taking on the borate, the boric acid ester, the optical glass, the paint, the pigment, the boric acid medicated soap, the leather finishing agent, the printing assistant and the medicine disinfectant and so on.
Oxalic Acid is a strong acid present in many plants and vegetables and is often used as an analytical reagent and a general reducing agent.
It can be used as advanced Fermentation starter for food. When combined with sodium bicarbonate, it can be used as the raw material of Leavening agent such as bread, biscuit and pancake, and also as the raw material of foaming powder juice. It is also used for blanching green vegetables, bamboo shoots, as well as medicine and reagents; Chemicals used in baked goods such as crisps and biscuits. In addition, it is widely used in chemical fields such as flour whitening agents, rare earth deep processing, pharmaceuticals, plastic processing, electronic components, etc. Vegetable greenhouse to increase vegetable production
1. It can be used as raw materials to manufacture Dry cell and batteries, other ammonium salts, electroplating additives, and metal welding fluxes; 2. It is used as a dyeing auxiliary, as well as tin plating and galvanizing, tanning, medicine, candle making, Adhesive, chromizing and precision casting; 3. Used in medicine, Dry cell, textile printing and dyeing, and detergent; 4. Used as crop fertilizer, suitable for crops such as rice, wheat, cotton, hemp, vegetables, etc; 5. Used as an analytical reagent, such as preparing an ammonia ammonium chloride buffer solution. Used as a supporting electrolyte in electrochemical analysis. Used as an arc stabilizer for emission spectrum analysis, an interference inhibitor for atomic absorption spectrum analysis, and for testing the viscosity of synthetic fibers; 6. Medicinal ammonium chloride is used as an expectorant, diuretic, and expectorant; 7. Yeast feed (mainly used for beer brewing); Dough conditioner. Used in bread, biscuits, etc. Processing aids
Tetrasodium pyrophosphate,also called sodium pyrophosphate,TSPP or tetrasodium phosphate. It is a white ,water-soluble solid powder composed of pyrophosphate anion and sodium ions.
CMC always be used in frozen foods as dispersing agent and excipients, prevent from ice crystals, keep final products' uniformity, enlarge the volume, improve taste; adding CMC in baking foods, can enhance toughness, prevent breakage, improve dough surface gloss and flavor. Other products Tetrasodium pyrophosphate Food Grade, Calcium Propionate, Phosphoric acid 85%, Sodium Diacetate
It has good heat resistance, thermal stability, thermal conductivity, high temperature dielectric strength, and is an ideal heat dissipation material and high temperature insulating material. Boron nitride has good chemical stability and can resist the corrosion of most molten metals. It also has good self-lubricating properties. Boron nitride products have low hardness and can be machined. Adopt high-temperature boron nitride raw materials with international advanced technology to ensure material purity and high temperature resistance. Adopt cold isostatic pressing and hot pressing sintering process of bidirectional pressing, the material has high density and long service life. Stable and mature production technology and process, without adding any binder, to ensure material stability.
This is our boron nitride crucible for high temperature applications. The size can be customized. If you need our boron nitride crucibles, pls contact us.
Features and Function PDM as a multifunctional rubber additive, in the process of rubber processing can be used as vulcanizing agent, can also be used as peroxide system of vulcanizing agent, can also be used as a coking agent and viscosifier, not only suitable for general rubber, but also suitable for special rubber and rubber and plastic system.
Features and Function MDA is the main monomer in the production of polyurethane and diisocyanate. The most outstanding performance of this kind of resin is high temperature resistance, and has good insulation, high strength, good wear resistance and chemical stability. Can be made into film, molding products, wire paint, etc. Used for aircraft and rocket heat resistant cable insulation inside and outside layer, transformer insulation between layers, motor liner, etc. MDA is an important chemical intermediate, mainly used in the production of diisocyanate, such as MDA, HMDI, can also be widely used in the preparation of high-grade insulating materials, such as: bihorse resin, polyimide (PI), polyester imide (PEI), insulating paint materials, etc. MDA can also be used as chain extender of polyurethane elastomer and curing agent of epoxy resin.
What is Polyvinylpyrrolidone PVP ? Polyvinyl pyrrolidone (PVP), a non-ionic polymer, is one of the most distinctive, well-studied and widely studied fine chemicals in N-vinylamide polymers. Has developed into non-ionic, cationic, anionic 3 categories, industrial grade, medical grade, food grade 3 specifications, relative molecular weight from thousands to more than one million homopolymer, copolymer and crosslinked polymer series products, and with its excellent unique properties have been widely used.
Physical Properties NMP is colorless transparent oily liquid, slightly amine odor, can be dissolved in most organic and inorganic compounds, polar gases, natural and synthetic polymer compounds . Acute toxicity: mice oral channel LC50:5130mg/kg; Rat oral meridian LD50:3914mg/kg NMP is stable in a neutral solution. After 8 hours in 4% sodium hydroxide solution,there are 50%~70% of NMP that will occurs hydrolysis . Uses in Different Fields NMP can be used as solvent for polymer reaction; Compared with phenol and furfural, n-methylpiriolanone has the characteristics of strong polarity, non-toxic and non-corrosive, and easy recovery. It has been used to remove aromatic substances in lubricating oil instead of phenol and aldehyde. This process is safe and easy to operate with low solvent loss; NMP can be used to recover acetylene, butadiene and vallediene from naphtha cracking gas. NMP can be used to clean blockades in chemical equipment of tower type. High concentration of N-methylpyrsquidone can also be used as ultrasonic cleaning agent for fine machinery and optical instruments; NMP is the main raw material for the production of artificial plasma and vitamin B1.
Function and Features Function: Used as disinfectant, antibacterial agent, sterilization agent, mildew prevention agent, algae removal agent; Features : Kill and inhibit a wide range of microorganisms Bacteriostatic effect lasting Bacteria do not develop resistance easily It is non-toxic to human body and higher animals and has no irritation to skin and mucous membrane Basically no corrosion to surface treatment Can withstand 300�°C high temperature Application Fields Hygiene disinfection; Water treatment; Sanitary products; Textiles; Plastics; Aquaculture; Agricultural cultivation
Lactic Acid Uses With the progress of human society, L-lactic acid has been gradually integrated into peopleâ??s clothing, food, housing and transportation, and become a closely related and essential part of daily life. In the future, its application scope will break through the traditional field and become more and more extensive, and the extended market demand will be more and more. L-lactic acid is mainly used in food, medicine, cosmetics, tobacco and so on. In Food Industry: mainly used in candy, drinks (such as beer, wine and lactic acid drinks) and other food processing industry, as acid and taste regulator, known as the absolute safety of food additives. In addition, it can also be used for processing and preservation of cool drinks and vegetables. In Pharmaceutical Industry: L-lactic acid is an important medical intermediate, can be used for the production of erythromycin Ringerâ??s liquid infusion, L-calcium lactate, L-sodium lactate, L-zinc lactate, L-ferrous lactate and other drugs can also be used as operating room, ward, laboratory disinfectant. In Cosmetics Industry : L-lactic acid can be used as moisturizing agent, moisturizing agent, skin renewal agent, PH regulator, acne agent, tooth scaling agent. In Pesticide Industry: L-lactic acid has high biological activity, non-toxic and harmless to crops and soil, can be used for the production of new environmental pesticides, in Japan, the United States and other developed countries have been vigorously promoted. In Tobacco Industry: L-lactic acid adding can improve the quality of tobacco, and maintain the humidity of tobacco; In Leather Manufacturing: L-lactic acid can make leather soft and fine, so as to improve the quality of leather; In Textile Industry: L-lactic acid can be used to treat fiber, can make it easy to color, increase luster and soft touch. In other Industry : In addition to the above uses, L-lactic acid can also be used to produce biodegradable plastics polylactic acid and green solvent L methyl lactate, L lactate ethyl ester, etc.
What is L-Tryptophane ? L-Tryptophane is an important prelude substance of the biomedicity of biomedicon in the plant. It is also an important neurotransmitter in the human body-the forefront of 5-hydroxyline. It is used for niacin deficiency (rough skin disease). As a soothing medicine, it can regulate psychiatric rhythm and improve sleep. It is also one of the raw materials for compound amino acid infusion. L-Tryptophane is also one of the essential amino acids for animal growth, and is usually the second or third restrictive amino acids of grain feed. Functional Feed Additives Increase the antibody of pregnant animals in the body and promote lactation; Promote animal feeding; Increase the feed conversion rate, save feed, and increase protein utilization; Improve animal sleep and regulate immunity. Wide Range of Added Feed Fields L-Tryptophane Feed Grade is extensively used in formula feed and piglet feed.
What is L-threonine ? Threonine was isolated and identified from fibrin hydrolyzate by W.C.Rose in 1935. There are four isomers of threonine, and L-threonine exists naturally and has physiological effects on the body. L-threonine is an essential amino acid. When added to the feed of juvenile piglets and poultry, it is the second limiting amino acid in pig feed and the third limiting amino acid in poultry feed. Production Processes L-threonine is produced from cornstarch and other raw materials through liquid submerged fermentation and refining. The flowing chart is as this photo . Functional Feed Additives It can adjust the amino acid balance in the feed to promote growth; It can improve meat quality; It can improve the nutritional value of feed ingredients with low amino acid digestibility; It can produce low-protein feed, which helps to save protein resources; It can reduce the cost of feed raw materials; It can reduce the nitrogen content in livestock manure and urine.
product name:: Gaoxingzhongcai brand lead chrome green nr number:016 017 Type Green Pigment Delivery Form Powder Chemical Class Green Pigment PbCrO4 Color Index Pigment Green 34(77600) CAS No. 7758-97-6 Use Recommendation Coating/ Plastics/ Paper/ Print etc. TRANSPORT AND STORAGE Protect against weathering. Store in a dry place and avoid extreme fluctuations in temperature. Special conditions for opened packaging: Close bags after use to prevent the absorption of moisture and contamination. The product is not classified as dangerous under the relevant EC directives and corresponding national regulations valid in the individual EU member states. It is not dangerous according to transport regulations. In countries outside the EU, compliance with the respective national legislation concerning the classification, packaging, labeling and transport of dangerous substances must be ensured. The information contained in the safety data sheet should be observed. This contains information on handing, product safety and ecology.
CPW05 is a high-purity powder with a single crystal particle size of less than 3 microns and an average particle size of about 5 microns. It is widely used in refractory materials, BN hot pressing, lubricating and demoulding, thermal conductivity addition and other fields.
