• Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders

Acetylene Cylinders

No.Acetylene Cylinders

Acetylene Cylinders (C₂H₂, Class 2.1 Flammable Gas)

Core Parameters (1-50L)

Design Pressure: 2.5MPa, Working Pressure: 1.5MPa

Structure: Filled with porous filler (e.g., calcium silicate) + acetone solvent to prevent decomposition and explosion

Material: Carbon Steel, Cylinder Valve with Backfire Arrester

Global Selling Points

Europe: CE/TPED certification, complying with ADR specifications, suitable for metal cutting/welding; small-volume models for portable operation.

America: DOT certification, adapting to OSHA safety specifications; backfire arrester as standard to ensure industrial welding safety.

Southeast Asia: High cost-effectiveness, suitable for construction/ship welding; humid-heat resistant design to extend filler service life.

Middle East: High-temperature resistant design to prevent filler decomposition, suitable for industrial maintenance scenarios in desert areas.

Africa: Sturdy structure, easy maintenance, suitable for infrastructure welding, reducing procurement thresholds.

Acetylene Cylinders
Core Parameters (1-50L) Design Pressure: 2.5MPa, Working Pressure: 1.5MPa Structure: Filled with porous filler (e.g., calcium silicate) + acetone solvent to prevent decomposition and explosion Material: Carbon Steel, Cylinder Valve with Backfire Arrester
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders
  • Acetylene Cylinders

Description

Acetylene Cylinders

 

I. General Basic Parameters (Applicable to all media of 1-50L)

Parameter Category

Core Indicators

Remarks

Volume Range

1L/2L/4L/8L/10L/20L/40L/50L

Small volume (1-10L) for portability; large volume (20-50L) for industrial bulk use

Design Pressure

15MPa/20MPa/25MPa

Customized according to medium characteristics (e.g., 2.5MPa for acetylene)

Working Pressure

13.5MPa/15MPa/20MPa

Complies with standards such as ISO 9809, DOT-3AA, TPED

Material

37Mn/34CrMo4 alloy steel (seamless); carbon steel/composite material (for acetylene)

High strength, fatigue resistance, passing water pressure/rupture test

Cylinder Valve

CGA/DIN/JIS standard interface

Adapts to filling equipment in different regions

Implementation Standards

ISO 9809-1/-2, DOT-3AA, TPED, GB 5099

Covers certifications of global mainstream markets

Safety Accessories

Cylinder valve with overcurrent protection/fusible plug, shockproof rubber ring, cylinder cap

Complies with dangerous goods transportation safety regulations

 

II. Core Parameters by Medium and Global Selling Points

Acetylene Cylinders (C₂H₂, Class 2.1 Flammable Gas)

Core Parameters (1-50L)

Design Pressure: 2.5MPa, Working Pressure: 1.5MPa

Structure: Filled with porous filler (e.g., calcium silicate) + acetone solvent to prevent decomposition and explosion

Material: Carbon Steel, Cylinder Valve with Backfire Arrester

Global Selling Points

Europe: CE/TPED certification, complying with ADR specifications, suitable for metal cutting/welding; small-volume models for portable operation.

America: DOT certification, adapting to OSHA safety specifications; backfire arrester as standard to ensure industrial welding safety.

Southeast Asia: High cost-effectiveness, suitable for construction/ship welding; humid-heat resistant design to extend filler service life.

Middle East: High-temperature resistant design to prevent filler decomposition, suitable for industrial maintenance scenarios in desert areas.

Africa: Sturdy structure, easy maintenance, suitable for infrastructure welding, reducing procurement thresholds.