By Product of Gaur Gum Protein Feed -3035 Crude Protein 35%-45% Protein Feed -4045 Crude Protein 45%-55%
Transport Membrane Condenser Aqua - Water and Energy Sustainability product, saves your process water 40%-80%, give efficiency boost on your boiler, spray dryer and the likes 3%-15%, reduces carbon, and water vapor emission 50%-70%. This is the module of the future, recently award as the "Best Sustainability product of 2023" by Process Expo in Chicago, 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 Can replace varnish and paint and other coatings, directly used for machine maintenance, indoor wood flooring, wooden ceiling, sauna board, wooden balcony handrails, etc. Outdoor wooden floors, flower shelves, wooden houses, pavilions, fences, wooden Bridges, boats, chairs, wooden farm tools, etc.
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.
Features and Function Used as a bond for diamond grinding wheel, high speed heavy load resin grinding wheel and strong grinding resin grinding wheel, it has excellent heat resistance, wear resistance, good melting fluidity, good wetting and bonding properties for abrasive, convenient forming and processing, good process. As a high temperature resistant polymer and resin based high performance composite matrix resin, it is also widely used in aviation/aerospace, electrical/electronics, locomotive, automobile, precision machinery and automatic office machinery, etc. Suitable for the preparation of high (low) temperature resistant solid self-lubricating materials, precision mechanical parts, all kinds of bearings, washers, sealing rings, radar equipment, molded products and paint, adhesive and electrical insulation board, insulation tube, transformer coil insulation layer, coil holder high performance electrical insulation materials and other products.
Features and Function BMI, as a kind of ideal resin matrix for the manufacture of heat-resistant structural materials, H or F class electrical insulation materials, is widely used in aviation, aerospace, power, electronics, computer, communication, automobile, railway, construction and other industrial fields. Motor insulation materials: high temperature resistant impregnated paint (solvent-based and solvent-free), enamelled wire paint, laminate, weft free strip, mica strip, electronic copper clad plate, molded plastics, epoxy modified F~H grade powder coating, casting parts, etc. Advanced composite matrix resin: aerospace, aviation structural materials, carbon fiber high temperature resistant structural parts, high-grade printed circuit boards and other functional materials; Engineering plastics: such as polypropylene PP, nylon PA, ABS, APC, PVC, PBT, EPDM, PMMA and other materials enhancement modifier (such as in polypropylene glass fiber enhancement modification by adding
Features and Function It is mainly used for the modification of bismaleimide resin (BMI), which can greatly reduce the application cost of BMI resin and improve the operability and technology of BMI resin. Improve the toughness and heat resistance of BMI resin, molding property.Used Fields: electrical insulation materials, copper coated circuit board, high temperature impregnated paint, laminate, molded plastics, etc; wear-resistant materials, diamond grinding wheel, heavy load grinding wheel, brake pad, high temperature bearing adhesive, etc; Structural materials for aerospace; Functional materials. Used as rubber antioxidant, add 1-3 DABPA in rubber, can greatly improve the degree of rubber aging resistance.
Physical Properties of Bisphenol S Bisphenol S is white acicular crystal. Easily soluble in aliphatic hydrocarbon, soluble in ethanol, isopropyl alcohol, 2-ethyl hexyl alcohol, acetonitrile, acetone, slightly soluble in aromatics, slightly soluble in ethyl acetate, methyl isobutanone, insoluble in toluene, water. The molecule contains two hydroxyl groups and a strong electron â?? absorbing sulfone group, so the acid is stronger than other phenols. Low toxicity. Bisphenol S Uses Bisphenol S is mainly used as dye fixing agent. It can also be used as plating solution additive, leather tanning agent, dispersant for high temperature dyeing of disperse dyes, phenolic resin hardening promoter, resin flame retardant, etc. It can also be used as pesticides, dyes, additives intermediate. As a substitute for bisphenol A, it can be used as a raw material for polycarbonate, epoxy resin, polyester, phenolic resin, and polysulfone, polyether sulfone. It can be also used in the manufacturing of color photographic materials, photographic contrast enhancers, thermal recording materials (color development agents), domestic/daily surfactants and high efficiency deodorants. It can be used to manufacturing fixing agent A . Bisphenol S Production Process The existing synthesis technology of Bisphenol S is to synthesize Bisphenol S with sulfuric acid and phenol in the presence of solvent trimethylbenzene and inhibitors at high temperature of 230
Manganese Acetate Tetrahydrate Uses This product is the raw material of polyester resin â?? xylene high temperature oxidation catalyst Used as a paint drier Used as a dyeing mordant, paint, varnish desiccant Used as the catalyst of transesterification reaction, the amount of polyester resin production is about 0.01% ~ 0.05% Used as fertilizer, food and feed additives Used as catalyst, mordant for textile dyeing oxidation, paint and pigment curing agent and analytical reagent.
Cobalt Acetate Tetrahydrate Uses Used as liquid phase oxidation catalyst Used as a desiccant for coating production Used as mordant for printing and dyeing Used as a curing accelerator for FRP Used as invisible ink etc
Magnesium Acetate Uses Used as an oxidation catalyst Used as an analytical reagent to prepare sodium acyl magnesium acetate to determine the sodium content of substances; Used as an additive for feed, cosmetics, etc Used as a printing and dyeing aid.
Antimony Acetate Uses As an excellent catalyst, it is often used in the synthesis of organic compounds, such as esters, aldehydes, ketones, epoxides, aromatic compounds,heterocyclic compounds, etc; It can also be used as a catalyst in the production process of some fine chemicals, such as the synthesis of some drugs, spices, etc. It is widely used in the production process of plastics and coatings, one of the typical applications is as a catalyst of reactive fire retardant, with good flame retardant and oxidation resistance.
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 and Chemical Properties THF is a colorless transparent liquid and THF density is 089gcm3melting point is 1085boiling point is 66flash point 14 CC refractive index is 1465 20 structure C4H8O THF Acute toxicity LD501650mgkg rat transoral LC5021000ppm Rat inhalation 3h THF is soluble in water ethanol ether acetone benzene etc mainly used as solvent chemical synthesis intermediates analytical reagents Tetrahydrofuran THF Uses Tetrahydrofuran as a fine reaction intermediate can be used as a natural flavor enhancer for tetrahydrothiophene Tetrahydrofuran is used in medicine to produce carbetapentane citrate progesterone rifumycin etc Tetrahydrofuran can be used in chemical production to prepare polytetrahydrofuran tetrahydrothiophene 1 4dichlorobutane 2 3dichlorotetrahydrofuran valerolactone ethanediamine 1 4butanediolgammabutyrolactone and many other chemical products Tetrahydrofuran can also be used as high energy fuel acetylene extraction solvent electroplating coating liquid precision tape cleaning agent leather surface finishing agent light stabilizer of molecular materials etc The most important use of THF tetrahydrofuran is to produce PTMEG According to rough statistics about 80 of THF in the world is used to produce PTMEG and PTMEG is mainly used to produce spandex fiber
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.
Physical and Chemical Properties 1 4butanediol is a colorless oil liquid flammable melting point 201 boiling point 235flash point open cup 121 relative density 10171204 refractive index 14461 viscosity 25 715mPas It is hygroscopic miscible with water soluble in methanol ethanol acetone slightly soluble in ether The smell is bitter but the taste is slightly sweet With strong reactivity it can carry out oxidation dehydration replacement polymerization amination esterification halogenation and other chemical reactions to produce a series of important chemical products 14butanediol Uses 1 4butanediol is an important organic chemical and fine chemical raw material which is the basic raw material for the production of polybutanediol terephthalate PBT engineering plastics and PBT fiber PBT plastic is one of the five most promising engineering plastics 14butanediol is the main raw material for the production of tetrahydrofuran tetrahydrofuran is an important organic solvent The PTMEG obtained by polymerization is the basic raw material for the production of high elasticity spandex Lycra fiber Spandex is mainly used in the production of high class sportswear swimming suits and other high elasticity knitwear Gammabutyrolactone the downstream product of 1 4butanediol is the raw material for the production of 2pyrrolidinone and NMethylpyrrolidone products From this a series of high valueadded products such as NVinyl2Pyrrolidinone and Polyvinylpyrrolidone are derived which are widely used in the fields of pesticides medicine and cosmetics 14butanediol is also widely used as solvent pharmaceutical cosmetics plasticizer hardener pesticide herbicide foam leather fiber engineering plastics and so on 1 4butanediol BDO uses Manufacturing Process of 14butanediol 1 4butynediol was prepared by acetylene and formaldehyde in the presence of catalyst and then by catalytic hydrogenation to produce 1 4butanediol It can also be prepared by the reaction of 1 3butadiene with acetic acid and oxygen through acetyl oxidation hydrogenation hydrolysis etc
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
Potassium Monopersulfate Compound Uses Potassium Monopersulfate compound, a stable, convenient and excellent acidity oxidant, is widely used in industries. It is used in oral hygiene, pool and spa water disinfection, PCB etchant, Pulp bleach, wool fabrics shrink treatment agent, precious metal refining agent. Potassium Monopersulfate compound is also used in organic synthesis, such as epoxidizing the double bonds of organic molecule, or as initiator in many radical polymerization. In addition, Potassium Monopersulfate compound can oxidize the hydrogen sulfide or sulfur-containing substances in the waster water, provide oxygen in aquaculture, and bleach to remove stains at low temperature.
Magnesium Peroxide (MgO2) Uses Magnesium peroxide (MgO2) is an important chemical material used to treat soil contaminated by groundwater, and it is also used to make toothpaste, which has bleaching and anti-allergy effects on teeth.
