99.9% 99.999% Purity 20L 40L 50L CO Carbon Monoxide Gas Carbon Monoxide Das

Inquiry

Overview
Inquiry
Related Products

Products Description

Carbon monoxide is an odorless, tasteless, poisonous gas that forms when carbons from fuels burn incompletely. It is lighter than air and released both naturally, such as from forest fires and volcanic eruptions, and through man-made processes.

Carbon monoxide has a variety of uses in manufacturing and medical products. * Metal Fabrication: Used in fuel gas mixtures with hydrogen and other gases for industrial and domestic heating.

* Chemicals: In the manufacture of a variety of chemicals such as acids, esters and alcohols. Carbon monoxide also produces and regenerates catalysts such as nickel carbonyl.

* Steel & Metals: For the reduction of ores and in the manufacture of metal carbonyls.

* Pharma & Biotechnology: Pharmaceutical manufacture.

* Electronics: High purity carbon monoxide is used for electronic and semiconductor applications.

Fishery Industry Use 99.9% CO Carbon Monoxide Gas in kges.

Product Name :	Carbon monoxide	Purity:	99.90%
CAS No	630-08-0	EINECS No	211-128-3
MF:	CO	Molar mass	28.010 g/mol
UN No.:	1016	Dot Class:	2.1 & 2.3
Appearance:	colorless	Odor	odorless

Certificate of Analysis (COA) of carbon monoxide, all the Index are customized.

Specification:	≥99.5%	99.90%	99.99%
THC	≤4000ppm	<20 ppm	<5 ppm
N2	≤300ppm	<650 ppm	<80 ppm
O2	≤100ppm	<250 ppm	<20 ppm
H2O	≤50ppm	<50 ppm	<10 ppm
H2	≤20 ppm	<20 ppm	<5 ppm
CO2	≤500 ppm	<50 ppm	<15 ppm

Application

Typical Application		Typical Application
Fishery	Industrial grade CO Carbon Monoxide gas can be used for fishery
Semiconductor	As reactants and sweeping gas
Silicon-nitride-over-silicon etch	Carbon Monoxide is used in a variety of applications including silicon-nitride-over-silicon etch to increase selectivity, as a source of oxygen in oxidation.
TLV	As a source of carbon in certain doping processes. Carbon Monoxide is a colorless, odorless, flammable toxic gas with a TLV of 25ppm.
Respect to decomposition.	Carbon Monoxide is stable with respect to decomposition.