ARSENIC METAL LUMPS 99.5%

Name: ARSENIC METAL LUMPS 99.5%
Brand: A. B. ENTERPRISES
Price: 517 INR
Availability: InStock

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MOQ : 100 Grams

ARSENIC METAL LUMPS 99.5% Specification

Poisonous
No

Taste
No taste (toxic)

Purity
99.5%

Shape
Lumps

Melting Point
817°C (under pressure)

Molecular Formula
As

Solubility
Insoluble in water

Density
5.73 Gram per cubic centimeter(g/cm3)

Other Names
Arsenic Metal Arsenic Lumps

Boiling point
615°C

Storage
Store in a cool dry and ventilated area away from incompatible materials

HS Code
2804.80.00

Structural Formula
As

Smell
Odorless

Form
Solid

Molecular Weight
74.92 g/mol

Classification
Inorganic Compound

Chemical Name
Arsenic

CAS No
7440-38-2

EINECS No
231-148-6

Grade
Industrial Grade

Standard
99.5%

Type
Metal Lumps

Usage
Used in alloys semiconductors and glass manufacturing

Main Material
Arsenic

Application
Industrial processing electronics industry and chemical synthesis

About ARSENIC METAL LUMPS 99.5%

Arsenic Metal Lumps 99.5% are industrial-grade inorganic compounds that come in solid lumps and are odorless with no taste, making them highly toxic and poisonous. These metal lumps, with a purity of 99.5%, are used in industrial processing, electronics, and chemical synthesis applications, especially in alloys, semiconductors, and glass manufacturing. Known for their high density of 5.73 g/cm3, the lumps have a molecular weight of 74.92 g/mol and a boiling point of 615C. Stored in a cool, dry, and ventilated area, away from incompatible materials, these arsenic lumps are insoluble in water and have a melting point of 817C under pressure. They are classified under HS Code 2804.80.00, with CAS No 7440-38-2 and EINECS No 231-148-6.

FAQs of ARSENIC METAL LUMPS 99.5%:

Q: Are arsenic metal lumps safe for consumption?

A: No, arsenic metal lumps are poisonous and should not be consumed due to their toxic nature.

Q: What is the main application of arsenic metal lumps?

A: Arsenic metal lumps are primarily used in industrial processing, electronics, and chemical synthesis, specifically in alloys, semiconductors, and glass manufacturing.