Manufacture Supply High Purity 99.9% R1270 C3h6 Gas Propylene Propene Gas

China Manufacture Supply High Purity 99.9% R1270 C3h6 Gas Propylene Propene Gas, Find details about China Propylene, Gas from Manufacture Supply High Purity 99.9% R1270 C3h6 Gas Propylene Propene Gas

Basic Info.

Un Number

1077 2.1

(M)SDS Reference

P-4648

Pressure

150bar - 200bar

Standard

GB5099/ISO9809/En1964/DOT3AA/Jisb8241/Tc-3aam

Color

Colorless

General Description

Liquefied Gas with a Faintly Sweet Odor

Hazard Class

2.1

Certicification

ISO9809-1

Application

Refrigerant/Industry

Transport Package

Cylinder

Specification

99.6% / 99.7%

Origin

China

Un Number

1077 2.1

(M)SDS Reference

P-4648

Pressure

150bar - 200bar

Standard

GB5099/ISO9809/En1964/DOT3AA/Jisb8241/Tc-3aam

Color

Colorless

General Description

Liquefied Gas with a Faintly Sweet Odor

Hazard Class

2.1

Certicification

ISO9809-1

Application

Refrigerant/Industry

Transport Package

Cylinder

Specification

99.6% / 99.7%

Origin

China

Product Desciption

QUALITY CERTIFICATE

PRODUCT	Propylene C3H6
COUNTRY OF ORGIN	CHINA
CAS NO:	115-07-1
DANGER CLASSES :	UN 1077 / 2.1
ITEM	INDEX	RESULT
Name of Product	Propylene R1270
Propylene %	≥99.6%	99.67%
Propane %	≤0.4%	0.32
Ethylene ml/m3	≤100	0
Acetylene ml/m3	≤5	0
Propiolic and propadiene ml/m3	≤20	0
Butylene and Butadiene ml/m3	≤20	0
Carbon Monoxide ml/m3	≤5	<1.0
Carbon Dioxide ml/m3	≤10	5
Oxygen ml/m3	≤10	5
Methanol mg/kg	≤10	5
Sulfur mg/kg	≤5	1
Moisture mg/kg	≤10	8
Residues ml/100ml		None
Determination	Qualified

Propylene is polymerized in the presence of an acidic catalyst to form a mixture of dimers, trimers and tetramers which can be used as a high octane fuel. Propylene is polymerized in the presence of a Ziegler catalyst to form polypropylene. Propylene and ethylene are copolymerized to form ethylene propylene rubber. Propylene is ammoxidized with ammonia in the presence of a catalyst in the presence of a catalyst to form acrylonitrile, which is a raw material for synthesizing high polymers such as plastics, rubber, and fibers. Propylene is chlorinated at a high temperature to form allyl chloride CH2=CHCH2Cl, which is a raw material for the synthesis of glycerin.