CUPROUS CHLORIDE 97% Extra Pure

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MOQ : 1000 Grams

CUPROUS CHLORIDE 97% Extra Pure Specification

HS Code
28273920

Molecular Weight
99.00 g/mol

Boiling point
(Decomposes before boiling)

Molecular Formula
CuCl

Structural Formula
CuCl

Purity
97%

Storage
Store in a cool dry and well-ventilated area. Keep container tightly sealed.

Taste
Tasteless

Poisonous
No

Other Names
Copper(I) chloride; Copper monochloride

Melting Point
430C

Shape
Granules Powder

Smell
Odorless

Form
Solid

Density
4.14 Gram per cubic centimeter(g/cm3)

Solubility
Poorly soluble in water but soluble in ammonia and concentrated hydrochloric acid

Ph Level
Approximately 7 (Neutral)

Classification
Inorganic Chemical

Chemical Name
Cupous Chloride

CAS No
7758-89-6

EINECS No
231-842-9

Grade
97% Extra Pure

Standard
Analytical Reagent Grade

Type
Solid

Usage
Catalyst Pigment Electroplating and Chemical Intermediate

Main Material
Cuprous Chloride

Application
Chemical Manufacturing and Industrial Processes

About CUPROUS CHLORIDE 97% Extra Pure

Cuprous Chloride 97% Extra Pure is an inorganic chemical known for its high purity grade of 97%. This odorless and tasteless solid substance comes in granular powder form and is soluble in ammonia and concentrated hydrochloric acid. With a neutral pH level of approximately 7, Cuprous Chloride is a versatile material widely used in chemical manufacturing, industrial processes, catalyst production, pigment creation, electroplating, and as a chemical intermediate. It is non-poisonous under standard industrial conditions, making it safe for handling. This Analytical Reagent Grade product has a molecular weight of 99.00 g/mol, a density of 4.14 g/cm3, and a melting point of 430C. Known by other names such as Copper(I) chloride and Copper monochloride, Cuprous Chloride is a key component in various industries.

FAQs of CUPROUS CHLORIDE 97% Extra Pure:

Q: What is the main application of Cuprous Chloride 97% Extra Pure?

A: Cuprous Chloride is primarily used in chemical manufacturing, industrial processes, catalyst production, pigment creation, electroplating, and as a chemical intermediate.