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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
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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.
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Isooctyl salicylate (also regarded as 2-ethylamyl salicylate) is an necessary chemical product. Its look is colorless to faded yellow obvious liquid with a barely aromatic smell. It absorbs UVB (out of doors ultraviolet mild in Chinese) and is broadly used in perfume, soap, sunscreen cosmetics, and medicinal drug industries. It can additionally be used as an natural solvent and natural synthesis intermediate.
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Application1. Used as formaldehyde trapping agent to remove formaldehyde remaining in fabrics after finishing by 2D-resin, KB-resin, urea-formaldehyde resin, melamine-formaldehyde resin, etc. It is also used as an intermediate of fine chemicals, used in the manufacture of resins, plasticizers, spray paint, adhesives, etc.2. used as formaldehyde capture agent, intermediate of fine chemicals, also used in the manufacture of resins and formulation of plasticizers, spray paint, adhesives and other uses for the synthesis of chiral microporous materials prepared from non-chiral precursors;3.
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N-methylpyrrolidone is referred to as NMP, molecular formula: C5H9NO, English: 1-Methyl-2-pyrrolidinone, the look is colorless to mild yellow obvious liquid, barely with the odor of ammonia, miscible with water in any proportion, soluble in ether, acetone and ester, haloalkane, fragrant hydrocarbon and different natural solvents, nearly totally combined with all solvents, boiling factor 204 ℃, flash factor ninety one ℃, sturdy hygroscopicity, steady chemic
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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
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nameFlorfenicolCAS NO73231-34-2Molecular formulaC12H14Cl2FNO4Smolecular weight358.21melting point153 °CSpecific Rotation26 +17.9° (DMF)boiling point618℃Storage conditionsInert atmosphere,2-8°CformsolidcolourWhite to Off-White
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nameMebendazoleCAS NO31431-39-7Molecular formulaC16H13N3O3molecular weight295.29melting point288.5°Cboiling point436.98°Cdensity1.1952Storage conditionsSealed in dry,2-8°CformneatcolourWhite to Pale Beige
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nameClorsulonCAS NO60200-06-8Molecular formulaC8H8Cl3N3O4S2molecular weight380.66melting point194-203°Cboiling point651.7±65.0 °C(Predicted)density1.800±0.06 g/cm3(Predicted)Storage conditionsKeep in dark place,Inert atmosphere,2-8°CformneatcolourWhite
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Melting point144-146 °CBoiling point353 °CDensity1,45 g/cm3Refractivity1.5555 (estimate)Flash point352-354°CStorage conditionsSealed in dry,Room TemperatureSolubilitySoluble in hot acetone.Formpowder to crystalColourWhite to Light yellowCAS90-98-2
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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:
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CAS NO492-37-5Boiling point260-262 °CDensity1.1 g/mL at 25 °Cflash point>230 °FStorage conditionsSealed in dry,Room TemperatureFormLiquidColourClear pale yellow to yellowpH value3 (5g/l, H2O, 20℃)SOLUBLE10 g/L (20 ºC)Molecular formulaC9H10O2
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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.
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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.
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Polyamide resin, as a massive quantity of engineering plastics, is extensively used in fields such as machinery, automobiles, electrical appliances, cloth equipment, chemical equipment, aviation, metallurgy, etc.Becoming an fundamental structural fabric in a number industries, its most important traits are as follows:1. Excellent mechanical properties. Nylon has excessive mechanical energy and precise toughness.2. Good self lubrication and friction resistance.
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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.
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Usage 1: Used as uncooked substances for photosensitive nylon and photosensitive plastics, constructing grouting materials, and additionally for photography, printing, plate making, etc.Usage 2: It can be used as a water blocking off agent in oilfield drilling operations and development grouting operations, as properly as as as a crosslinking agent in the synthesis of acrylic resin and adhesives.Usage 3: Used as an essential cloth for isolating amino acids and as an vital uncooked fabric&nb
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Melting point 1204 ° CDensity2,52g/cm3FormPowderSpecific gravity 2.52ColorwhiteWater solubilityinsolublecoldH2ChemicalbookO, decomposeinboilingH2OHydrolysis sensitivity 2: reactswithaqueousacidLithium silicate is a compound fashioned with the aid of the shape of metal lithium and silicate ions, and its alternate identify is lithium water glass. Most of them use the lithium hydroxide technique to react sodium silicate with sulfuric acid to produce hydrated silicic acid and sodium sulfate.
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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.
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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
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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
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nameAdmireCAS NO105827-78-9Molecular formulaC9H10ClN5O2molecular weight255.66melting point136-144°Cdensity1.542formWhite crystallineVapor pressure2×10-7Pa (20℃)
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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
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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.
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