levamisole hcl-manufacture,factory,supplier from China

nameLevamisole hydrochlorideCAS NO16595-80-5Molecular formulaC11H13ClN2Smolecular weight240.75melting point266-267 °Cflash point9℃Storage conditions2-8°Crefractivity-126 ° (C=1, H2O)formCrystalline PowdercolourWhite to almost white

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

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

nameTopiroxostatCAS NO577778-58-6Molecular formulaC13H8N6molecular weight248.24boiling point594.7±60.0 °C(Predicted)density1.45±0.1 g/cm3(Predicted)Storage conditionsStore at -20°CsolubilityDMSO : 23.5 mg/mL (94.67 mM; Need ultrasonic and warming)Acidity coefficient (pKa)7.47±0.10(Predicted)formPowder

Polyvinylpyrrolidone, additionally recognised as PVP, is a polymer of ethylene pyrrolidone. Due to its one-of-a-kind ranges of polymerization, it can be divided into soluble PVP and insoluble PVPP (polyvinylpyrrolidone). The relative molecular weight of soluble PVP is 8000~10000, which can be used as a precipitant to precipitate with the aid of reacting with polyphenols. By the use of this method, there are without problems residual PVP in the wine.

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

CAS NO104-47-2Molecular formulaC9H9NOmolecular weight147.17melting point8 °Cboiling point286-287 °Cdensity1.085 g/mL at 25 °CStorage conditionsSealed in dry,Room TemperatureformLiquidcolourClear colorless to slightly yellowpH value4.5 (100g/l, H2O, 20℃)suspension

namePrussian BlueCAS NO14038-43-8Molecular formulaC6FeN6.4/3Femolecular weight859.23density1.8Storage conditionsRoom TemperatureformPowderSOLUBLEpractically insolublesensitivenessHygroscopicstabilityStable. Incompatible with strong acids, strong oxidizing agents, ammonia. Light sensitive.

nameCupferronCAS NO135-20-6Molecular formulaC6H9N3O2molecular weight155.15melting point150-155 °C (dec.)boiling point278.95°C (rough estimate)density1.3092 (rough estimate)Storage conditions2-8°CformPowdercolourNeedles from water

Melting point27 ° CBoiling point157 ° CDensity1.17g/mLat25 ° CRefractive index n20/D1.405SolubilityMethanol (Slightly, HeaChemicalbooked), Water (Slightly)FormSolidColorWhitetoOff WhiteWater solubility>=10g/100mLat20 º CThis compound is a white crystalline powder with a petroleum like odor, flammable, and prone to moisture. It can be produced by means of sulfonation of xylene and neutralization with liquid alkali. Widely used as an auxiliary agent in the manufacturing of each day washing products.

nameMETHOPRENECAS NO40596-69-8Molecular formulaC19H34O3molecular weight310.47melting point<25℃boiling pointbp0.06 135-136°density0.9261 g/cm3 (20℃)Storage conditions0-6°CsolubilityChloroform (Slightly), Methanol (Sparingly)formneat

The conductivity of carbon black is carefully associated to its shape (especially graphite microcrystalline structure), floor properties, and particle size. The conductive mechanism of carbon black in rubber often consists of conductive channel and Field electron emission mechanism. The conductive channel mechanism is that carbon black aggregates come into contact with every different in the adhesive to structure a community like channel and behavior electricity.

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

nameVildagliptinCAS NO274901-16-5Molecular formulaC17H25N3O2molecular weight303.4boiling point531.3±50.0 °C(Predicted)density1.27flash point275.1℃Storage conditionsKeep in dark place,Inert atmosphere,Store in freezer, under -20°CformsolidcolourWhite

Chinese nameSodium oleateChinese aliascis 9-octadecenoic acid sodium salt; (Z) -9-octadecenoic acid sodium salt -9-octadecenoic acid sodium salt; 9-Octadecylic acid sodium; Sodium octadecene; (Z) -9-Octadecylic acid sodium salt;English nameSODIUM OLEATEEnglish aliascis Oleate sodium salt; Cis-9-Octadecenoic acid sodium salt, Oleic acid sodium salt; Eurol; Pionin D 951P; Oleic Acid Sodium Salt;CAS number143-19-1Molecular formulaC18H33NaO2Molecular weight304.44300Precision quality304.23800PSA40.13000Sodium oleate, additionally acknowledged as sodium octadecene, cis 9-octadecenol,

purposeHexafluorozirconate is often used to make optical glass and fluorozirconate.Used for metallic floor therapy and cleaning, as nicely as for the manufacturing of wool, leather-based garb industry, atomic electricity industry, superior electrical materials, and refractory materials.Used for metallic surfaces and coatings.

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

nameEsmolol hydrochlorideCAS NO81161-17-3Molecular formulaC16H26ClNO4molecular weight331.83melting point48-50°Cdensity1.026Storage conditions−20°CsolubilityH2O: soluble12mg/mLformbuffered aqueous solutioncolourWhite to Off-White

nameLinocaine hydrochlorideCAS NO6108-05-0Molecular formulaC14H25ClN2O2molecular weight288.82melting point75-79℃Storage conditions2-8°CsolubilityH2O: solubleformsolidcolourwhiteSOLUBLESoluble in water (50 mg/ml), chloroform, ethanol, and benzene. Insoluble in diethyl ether.

Melting Point180-185 °C(lit.)Density1.18 g/mL at 25 °C(lit.)Refractivityn20/D 1.465Storage Conditionsroom tempSolubilityH2O: 6 M, clear, colorlessFormCrystalsColourWhite to slightly yellowPh Value4.5-5.5 (100g/l, H2O, 20℃)1. It can be used as an intermediate in medicine, pesticides, dyes, and different natural synthesis.

It is a combination of quite a number molecules with a complicated structure.Soluble in water, with proper floor activity, however with some disagreeable odor.Mainly used for the training of naphthenic acid metallic soaps, with a small quantity used in the components of low-end washing products.Used as emulsifiers, detergents, and plant boom regulators.

nameNitazoxanideCAS NO55981-09-4Molecular formulaC12H9N3O5Smolecular weight307.28melting point202°Cdensity1.629 g/cm3Storage conditions2-8°CsolubilitySoluble in DMSO (>50 mg/ml)formsolidcolourOff-white

 Melting point<-40°CBoiling point265 °C10 mm HgDensity1.143 g/mL at 25 °CVapor pressure0.03 mm Hg ( 25 °C)Refractivityn20/D 1.555Flash point>230 °FStorage conditionsStore below +30°CSolubilityorganic solvents: miscible     Emergency ManagementLeakage emergency responseQuickly evacuate personnel from the contaminated location to a protected area, isolate them, and strictly prevent entry and exit. Cut off the ignition source.

Melting point900 ° C (lit.)Density4.0g/mL (lit.)Vapor pressure0Paat20 ℃SolubilityH2O: insoluble (Chemicalbooklit.)FormPowderColor WhiteOdorOdorlessWater solubilityInsolubleinwaterThe herbal mineral of zinc phosphate is referred to as "parathionite", which has α- Type and β- There are two types.