CUPROUS CHLORIDE 97% Extra Pure

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MOQ : 1000 Grams

CUPROUS CHLORIDE 97% Extra Pure Specification

Shape
Granules Powder

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

Ph Level
Approximately 7 (Neutral)

Molecular Formula
CuCl

Purity
97%

Boiling point
(Decomposes before boiling)

Poisonous
No

Structural Formula
CuCl

Other Names
Copper(I) chloride; Copper monochloride

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

Taste
Tasteless

Form
Solid

Melting Point
430C

HS Code
28273920

Smell
Odorless

Density
4.14 Gram per cubic centimeter(g/cm3)

Molecular Weight
99.00 g/mol

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.