Boron Tribromide In Vapi

CAS No10294-33-4

MOQ25 Kilograms/Kilograms

Molecular FormulaNA

UsageCeramic material abrasive filler electrical insulator neutron shielding

PropertiesIt Is Widely Used In The Electronics Industry For Manufacturing Components Like Semiconductors Insulators And Substrates Due To Its Ability To Withstand High Temperatures. In The Aerospace And Automotive Sectors Boron Nitride Is Used In Heat Shields And Coatings To Protect Parts From Extreme Heat.

StorageRoom Temperature

SolubilityInsoluble in water; Insoluble in acids

Product TypeBoron Nitride

MOQ1 Kilograms/Kilograms

CAS No7440-42-8

Purity99 99.9%

Molecular FormulaB

ApplicationIndustrial

UsageNeutron absorber in nuclear reactors (boron carbide boron nitride); glass and ceramic production; metallurgical flux; catalyst and semiconductor doping

SolubilityInsoluble in water; soluble in hot acids

MOQ25 Kilograms/Kilograms

Molecular FormulaPBr3

Physical FormLiquid

UsageUsed to convert alcohols to alkyl bromides; standard reagent in organic synthesis

Melting Point-66 C

EINECS No232-165-4

SmellOther

MOQ25 Kilograms/Kilograms

HS Code28129090

AppearanceColorless fuming liquid

Molecular FormulaBCl3

Physical FormLiquid

SolubilityReacts with water; hydrolyzes to HCl and boric acid; soluble in nonpolar solvents

Density2.65 Gram per cubic centimeter(g/cm3)

MOQ1 Kilograms/Kilograms

Structural FormulaNA

PropertiesBoron trifluoride etherate is a powerful Lewis acid catalyst primarily used in organic synthesis for Friedel-Crafts reactions polymerizations and alkylations. This fuming corrosive liquid is essential for its ability to activate functional groups making it a staple reagent in pharmaceutical and fine chemical manufacturing.

Molecular FormulaNA

AppearanceColorless liquid

Molecular Weight141.93 g/mol Grams (g)

Physical FormLiquid

MOQ25 Kilograms/Kilograms

PropertiesIt appears as a colorless fuming and highly corrosive liquid highly reactive with moisture. It is a strong Lewis acid used as a catalyst in polymerization organic synthesis petrochemical refining and specialty chemical production.

GradeIndustrial Grade

Melting Point-126.9 C

IngredientsBoron Fluorine

Physical FormLiquid

UsageLewis acid catalyst in fluorination reactions; polymerization catalysts; reagents for organic synthesis; etching

MOQ1 Kilograms/Kilograms

CAS No1303-86-2

Refractive Rate1.6

Melting Point450 C

UsageGlass and ceramic production; filler in glazes; refractory materials

AppearanceWhite powder

Physical FormPowder

MOQ1 Kilograms/Kilograms

SolubilityInsoluble

Purity80-99%

AppearanceBlack to dark brown-black crystalline powder

SmellSharp

Shelf Life6-12 Months

StorageRoom Temperature

AppearanceSolid/liquid

FeaturesLewis acidity Sugar binding Amino acid complexation Versatile reagent Drug discovery Organic synthesis

Molecular weightVariable

PackagingBottles

Purity98%

SafetyHandle with care

AppearanceYellow

Chemical FormulaC16H24Br3N

FeaturesHigh purity Reacts readily Versatile reagent Effective catalyst Precise synthesis

Molar Mass464.14 g/mol

SolubilitySoluble in many organic solvents

StorageStore at room temperature

CAS Number16893-51-3

Chemical FormulaC16H24Br3N

FeaturesHigh purity Easy handling Precise synthesis Versatile applications Excellent reactivity

Melting Point110-112 °C

Molar Mass460.11 g/mol

SolubilitySoluble in most organic solvents

Boiling Point91°C

CAS Number10294-33-4

Chemical FormulaBBr3

Density2.65 g/cm³

FeaturesHigh purity Strong reactivity Versatile applications Precise synthesis Efficient catalysis

Melting Point-46°C

AppearanceColorless liquid

Boiling point90°C

CAS number10294-33-4

Density2.65 g/mL

FeaturesHigh purity Strong reactivity Versatile applications Efficient catalysis Precise synthesis

Melting point-46 °C

MOQ100 Liter/Liters

ClassificationOrganic Fertilizer

Chemical NameCompound Amino Acid

Physical StateLiquid

Purity(%)95%

StorageCool And Dry Place