4-Methyoxy phenylacetonitrile-manufacture,factory,supplier from China

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

This product is an amide Local anesthetic. Widely used in surface anesthesia, infiltration anesthesia, conduction anesthesia, and epidural anesthesia.nameLidocaineCAS NO137-58-6Molecular formulaC14H22N2Omolecular weight234.34melting point66-69°Cflash point9℃solubilityethanol: 4 mg/mLformpowdercolourWhite to slightly yellowSOLUBLEpractically insoluble

melting point86-88 °C(lit.)Storage conditions2-8°CformPowdercolourWhite to off-whitepH value4.0 to 6.5(50g/L, 25 ℃)SOLUBLEsolubleCAS NO1670-14-0Molecular formulaC7H9ClN2molecular weight156.61EINECS number216-795-4

ProjectIndicatorsAppearanceLight yellow transparent liquidActive substance content,%70 ± 2Free amine content,%≤ 2.0PH value (10% aqueous solution)4~7Filling, dipping or spray can be used as mothproof for wool fabrics; When used as a fungicide to deal with tough surfaces, it can be blended with chlorine dioxide for use

AppearanceWhite crystalline powder, white block shape, white block shapeContent%≥ ninety nine ninety five 90Melting factor ℃128 128 128Water solubility 20 ℃ one hundred a hundred one hundred 100Water solubility60 ℃ 429 429 420PH valueshut to neutral, shut to neutral, 4% aqueous answer pH price 7.50-8.50 7.50-8.50 7.00-9.00Moisture%≤ 0.4 0.5 0.8UsageFlame retardant processing for wallpaper, fibers, carpets, curtains, and different materials.

Melting Point2-4 °C (lit.)Boiling Point90 °C (lit.)Density1.069 g/mL at 25 °C (lit.)Vapor Density3.1 (vs air)Vapor Pressure18 mm Hg ( 21.1 °C)Refractivityn20/D 1.368(lit.)Flash PointStore below +30°C.Although phosgene has excessive reactivity, its fairly poisonous and corrosive byproducts pose significant environmental strain and will progressively be phased out; DMC has a comparable nuclear response response center.

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.

Sodium p-styrene sulfonate has the following characteristics:1) Stability, polymerization resistance, and consolidation resistance all through storage;2) Thermal stability: Excellent in phrases of warmness resistance, it will now not decompose beneath 300 ℃;3) Polymerization: As a kind of sulfonic acid monomer, it has a excessive diploma of polymerization due to its inducing impact of binding to the sulfonic acid team in the para position;4) Free radical polymerization can be performed the

nameAlbendazoleCAS NO54965-21-8Molecular formulaC12H15N3O2Smolecular weight265.33melting point208-210 °Cdensity1.2561Storage conditions2-8°CformneatcolourWhite to Off-WhiteSOLUBLE0.75mg/L(209 ºC)

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

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

nameLeterMovirCAS NO917389-32-3Molecular formulaC29H28F4N4O4molecular weight572.55boiling point706.5±70.0 °C(Predicted)density1.37±0.1 g/cm3(Predicted)Storage conditionsSealed in dry,Store in freezer, under -20°Csolubility≥57.3 mg/mL in DMSO; insoluble in EtOH; insoluble in H2Oformsolid

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

English nameAmmonium Zirconium HexafluorideCAS16919-31-6Molecular formula(NH4)2.ZrF6Molecular weight241.29Density1.15g/mLat 25°C(lit.)Water-solubility287.7g/L at 20℃Storage conditionsRoom TempratureAppearanceWhite crystalsmolecular structure:

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.

 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

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,

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.

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

Chinese namebutadiene rubberChinese synonym butadiene rubberEnglish titleButadiene rubberMolecular weightzeroButadiene rubber is presently the 2d greatest rubber species in the world after styrene butadiene rubber. The distinction in microstructure of butadiene rubber on the whole relies upon on the catalyst, polymerization solvent, and polymerization response Chemicalbook temperature.

Chinese nameSodium dichloroisocyanurate Chinese synonym Sodiumdichloroisocyanurate English name1,3-Dichloro-1,3,5-triazinetrione, sodiumsalChemicalbookt English synonym 1,3-Dichloro-1,3,5-triazinetrione, sodiumsalt; 1,3-Dichloro-1,3,5-tMolecular formulaC3Cl2N3NaO3Sodium dichloroisocyanurate (INN) is a compound used as a disinfectant, biocide, industrial deodorant, and detergent. It exists in some more moderen water purification sheets or filters. It is greater wonderful than the usage of Harazong water disinfectant before.

Oil soluble nano iron 1% - 10%, naphthenic acid 5% - 25%, barium naphthenate 10% - 30%, polyisobutene succinimide 5% - 10%, long-chain fatty acid 1% - 5%, and the relaxation is solvent. The instruction technique is as follows: add naphthenic acid drill, barium naphthenate, oil soluble nano iron and long-chain fatty acid into the solvent in flip at room temperature in accordance to the ratio, stir evenly, and then add polyisobutylene succinimide to stir evenly.

Fusing Point8.2 °CBoiling Point224-226 °C (lit.)Thickness1.056 g/mL at 25 °C (lit.)Vapor pressure<1 hPa (20 °C)Refractivity22n20/D 1.472(lit.)Flash Point220 °FStorage ConditionsStore at +5°C to +30°C.Solubilitytoluene: soluble(lit.)1,3-Dimethyl-2-neneneba imidazolinone can be used as solvent in many natural synthesis and conversion reactions; Used to learn about the formation of steady functionalized hydrogenated silane double base transition metallic complexes thru photochemistry from fragrant silanes; Dipolar solvents with p

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