Pharmaceutical Intermediates-manufacture,factory,supplier from China

Appearance and properties: white powderDensity: 1.498 g/cm3Melting point: 136-140 ° C (lit.)Boiling point: 526.7 º C at 760 mmHgFlash point: 272.3 º CIt is used to manufacture heat-resistant enameled wires and paints with splendid mechanical properties, a variety of carbamate plastics, water-soluble baking paints, unsaturated polyester resins, pesticides, plasticizers, dyes, remedy and different natural artificial intermediates.

1. Used for ester trade reactions.2. Use as an additive and intermediate in chemical products.3. Use: It is used to put together adhesive and as catalyst for transesterification and polymerization reaction.4. Use It is used to make adhesives between metallic and rubber, metallic and plastic, as nicely as catalyst for transesterification and polymerization, and uncooked substances for pharmaceutical industry.5. Catalysts used for esterification reactions, ester to ester conversion reactions of esters such as acrylic acid.

nameOzagrel sodiumCAS NO189224-26-8Molecular formulaC13H11N2NaO2molecular weight250.23Storage conditionsStore at -20°CSOLUBLEWater: ≥ 44 mg/mL (175.84 mM)It is suitable for the treatment of the dyskinesia associated with vasospasm after the operation of acute thrombotic cerebral infarction and Subarachnoid hemorrhage and the improvement of the symptoms of cerebral ischemia.

Physicochemical properties: Acetylacetone zinc is a white powder with a attribute odor, secure properties, and convenient to react with oxidants. Melting factor 129-133 ℃. Easily soluble in methanol.Acetylacetone zinc can be used as an additive, inclusive of halogenated polymers, mainly polyvinyl chloride. It is the most usually used warmness stabilizer in the method of  agents, and is additionally used as a catalyst.

Melting point: 165-185 ℃Density: 1.08g/cm3Refractive index: 1.488 (20 ℃)Water absorption rate: no longer extra than 0.4%Softening temperature: 60-65 ℃Glass transition temperature: 66-84 ℃ (varies relying on diploma of polymerization)Solubility: Soluble in most natural solvents such as alcohols/ketones/ethers/esters, insoluble in carbon hydrocarbon solvents [2]Application Editing1.

Tetracaine hydrochloride is used for mucosal floor anesthesia, conduction anesthesia, epidural anesthesia, and subarachnoid anesthesia; Used for ophthalmic floor anesthesia, barring constricting blood vessels, detrimental corneal epithelium, and growing intraocular pressure.nameTetracaine hydrochlorideCAS NO136-47-0Molecular formulaC15H25ClN2O2melting point149°Cdensity1.1279 (rough estimateStorage conditions2-8°Csolubilityalcohol: solublesoluble 40 parts of solventformneatcolourWhite to Almost whiteSOLUBLESoluble in water at 50mg/ml

nameFlubendazoleCAS NO31430-15-6Molecular formulaC16H12FN3O3molecular weight313.28melting point290°CStorage conditions2-8°Cdensity1.3720Acidity coefficient10.66±0.10formneatcolourWhite to Off-White

 nameAlectinibCAS NO1256580-46-7Molecular formulaC30H34N4O2molecular weight482.62melting point274-276°Cboiling point722.5±60.0 °CStorage conditions-20°Acidity coefficient (pKa)13.70±0.40(Predicted)formsolidcolourcolour

nameAcetophenoneCAS NO98-86-2Molecular formulaC8H8Omolecular weight120.15melting point19-20 °Cboiling point202 °Cflash point180 °FStorage conditionsStore below +30°C.formLiquidcolourClear colorless to light yellow

nameL-ProlinamideCAS NO7531-52-4Molecular formulaC5H10N2Omelting point95-97 °Cboiling point213.66°C (rough estimate)refractivity1.4720 (estimate)Storage conditionsKeep in dark place,Inert atmosphere,Room temperaturesolubilityChloroform (Slightly), Methanol (Slightly)formPowder or GranulescolourWhite

Prilocaine is an amide type close by anesthetic. Its anesthetic depth and pace are similar to Lidocaine, alternatively its size is prolonged and its vasodilation have an impact on is weak. The toxicity is limit than lidocaine. Clinically used for close by anesthesia, specially fantastic for victims who hold away from the utilization of adrenaline.namePrilocaineCAS NO721-50-6Molecular formulaC13H20N2Omelting point37-38°boiling pointbp0.1 159-162°density1.0117 (rough estimate)refractivitynD20 1.5298Storage conditions2-8°CformCrystalline powderSOLUBLE6.169g/L(25 ºC)

Epidural AdministrationofRopivacainehydrochloride monohydrate effectivelyblockneuroethicpain(bothmechanicalallodyniaandheathyperalgesia)withoutinductionfanalgesictoleranceandsignificantlydelaystheevelopment ofneuropathicpain producedbyperipheral nervenjury.Ropivacainehydrochloride inhibitionpressure-inducedincreasesinfiltrationcoefficient(Kf)withoutaffectingpulmonaryarterypressure (Ppa), Pulmonary capillary pressures(Ppc),andzonalcharacteristics(ZC).Ropivacaine hydrochloride monohydrate preventspressure-induced lungedemansociatedhyperpermeability yasevidencebymaintainingPaO2,lungwet-to-dryrati

Chemical factor structure mannequin of petroleum resin:The most commonly used petroleum resin manufacturing applications are C9 petroleum resin and C5 petroleum resin.C9 petroleum resinC9 petroleum resin mainly refers to a resinous substance formed via polymerization of olefins or cyclic olefins containing nine carbon atoms or copolymerization with aldehydes, fragrant hydrocarbons, terpene compounds, etc.C9 petroleum resin, also acknowledged as aromatic petroleum resin, can be divided into sorts such as hot polymer

boiling point208℃Refractive index1.4350relative density1.056Molecular formulaC8H15NO4Storage conditionsKeep in dark place,Sealed in dry,Room TemperatureformViscous LiquidcolourClear light yellow to yellowCAS NO6290-05-7Molecular formulaC8H15NO4molecular weight189.21

nameTrilostaneCAS NO13647-35-3Molecular formulaC20H27NO3molecular weight329.43melting point264 °Cboiling point467.02°C (rough estimate)density1.1213 (rough estimate)Storage conditions2-8°Cformpowdercolourwhite to tan

nameAdemetionine disulfate tosylateCAS NO97540-22-2Molecular formulaC22H34N6O16S4molecular weight766.78melting point>122°C (dec.)Storage conditionsInert atmosphere,Store in freezer, under -20°CsolubilityDMSO (Slightly, Heated), Water (Sparingly)formSolidcolourWhite to Pale Yellow

nameTriisobutyl phosphateCAS NO126-71-6Molecular formulaC12H27O4Pmolecular weightv266.31boiling point~205 °Cdensity0.965 g/mL at 20 °CStorage conditionsStore below +30°C.solubility0.26g/lformOilcolourColourless

nameTetracaineCAS NO94-24-6Molecular formulaC15H24N2O2molecular weight264.36melting point41.0 to 45.0 °Cboiling point407.59°C (rough estimate)Storage conditions2-8°CAcidity coefficientpKa 8.33±0.03(H2O t = 20.0 I = 0.10 (KCl)) (Uncertain)formpowder to crystalcolourWhite to Almost whiteIntroduction: Dicaine is a white crystalline or crystalline powder, odorless, slightly bitter in taste, and has a tingling sensation. Soluble in water, soluble in ethanol, insoluble in ether or benzene.

nameTofacitinibCAS NO477600-75-2Molecular formulaC16H20N6Omolecular weight312.38density1.3Storage conditions-20°CsolubilitySoluble in DMSO (up to 100 mg/ml) or in Ethanol (up to 100 mg/ml).formPale powder.Acidity coefficient (pKa)6.04±0.60(Predicted)colourOff-white

           1. Insulating carbon black is no longer non-conductive, however its leakage cutting-edge is very small or inside the limit, which potential it can't be pure gold. Our insulation carbon black has an insulation resistance of over 1014 Ω, and beneath sure conditions, the DC micro modern-day can be decreased to beneath 10-16A.2.

nameAmitrazCAS NO33089-61-1Molecular formulaC19H23N3molecular weight293.41melting point86-87°Cboiling point425.25°C (rough estimate)density1.1280Storage conditionsSealed in dry,Store in freezer, under -20°CformPowder/SolidcolourWhite

Manganese carbonate, additionally acknowledged as manganese carbonate, has the chemical components MnCo3. Molecular weight 114.95. White hexagonal crystal or rose purple crystal. Specific gravity 3.125. Difficult to dissolve in water, soluble in dilute acids. Decompose in boiling water. At a hundred ℃, it decomposes into carbon dioxide and manganese oxide, and above 330 ℃, it decomposes to launch carbon dioxide and carbon monoxide. Roasting in air produces manganese trioxide. Roasting in oxygen generates manganese trioxide.

nameMK-4827 (tosylate)CAS NO1038915-73-9Molecular formulaC26H28N4O4Smolecular weightmolecular weightmelting point>142oC (dec.)Storage conditions-20°C FreezersolubilityMethanol (Slightly)formformcolourOff-White to Pale Yellow

AKD wax: Currently, the manufacturing of AKD wax can be non-toxic, wastewater free, odorless, and pollution-free. Obtained country wide patents for manufacturing the usage of solvent free method. Liquid AKD wax can additionally resolve the hassle of paper slipping.