Seamless Steel Cylinder
A seamless steel cylinder is a high-strength container that stores and transports compressed gases such as oxygen, carbon dioxide, and nitrogen.
Its characteristics and uses depend mainly on the gas stored and the container’s design and materials.
Unlike welding cylinders, seamless cylinders are produced without seams, making them stronger and more durable.
They are used in various industries, such as healthcare, automotive, aerospace, and industrial manufacturing.
DSW is one of the major suppliers of seamless steel cylinders and high-pressure insulated gas cylinders in China. We have been producing seamless steel cylinders since 2003 and have an annual output of 6 million gas cylinders of various types.
Chart of Cylinder Spec.
Specification
| Attribute | Specification |
| Product Name | 47L Seamless Gas Cylinder |
| Standard | ISO 9809 |
| Outside Diameter | 232 mm |
| Water Capacity | 47 Liters |
| Height | 1370 mm |
| Weight | 52 kg |
| Wall Thickness | 5.4 – 6.0 mm |
| Working Pressure | 150 bar |
| Test Pressure | 250 bar |
| Material | 37Mn Steel |
| Color Options | Black, White, Blue, Yellow (Customizable) |
| Filling Medium | O2,N2, Ar, Co2, Optional |
Seamless Steel Cylinder Supplier
are commonly used in physician and dental offices, ambulatory surgery centres, acute care hospitals, and other types of healthcare facilities.
Seamless gas cylinders are filled with compressed gas or liquefied gas at a high pressure exceeding 1 MPa and are used for storage and transportation.
The High-Pressure Gas Safety Act stipulates that safety requirements exist for gas purposes, production, inspection, handling, and management.
We, DSW International, and our associate companies are renowned High-pressure seamless cylinder suppliers, manufacturers and exporters in China.
High-pressure Seamless cylinders are required to fill, store and Transport various gases.
These are particular types of carbon alloy steel cylinder shells, and the alloy composition depends upon the pressure rating and water volume of the respective cylinders.
