Name: TianKang Hongji High-pressure Seamless Pipe
Availability: InStock

TianKang Hongji High-pressure Seamless Pipe

TianKang HongJi High Pressure Seamless Tube is engineered for safe, reliable fluid and gas transfer in demanding high-pressure environments. Manufactured from high-strength stainless steel or alloy materials, each tube is cold-drawn and precision-machined to deliver exceptional pressure resistance, uniform wall thickness, and superior corrosion performance. With smooth internal surfaces, tight dimensional tolerances, and excellent fatigue durability, these seamless tubes ensure stable flow, minimal leakage risk, and long service life in hydraulic systems, instrumentation lines, chemical processing, natural gas transmission, and other critical industrial applications.

Product Details

Overview:

TianKang HongJi High Pressure Seamless Tube is made from high-strength stainless steel or alloy materials to provide reliable, leak-free performance in demanding fluid and gas systems. Featuring uniform wall thickness, excellent corrosion resistance, and precise dimensional control, it ensures stable flow and long service life in high-pressure hydraulic and instrumentation applications.

Technical Specifications:

Type	High Pressure Seamless Pipe	Warranty	1 year
Working Pressure	Up to 20000 psi	Working Temperature	-423°F to 1200°F(-252°C to 649°C)
Body Material	Stainless steel, alloy, etc.	Manufacturing Capacity	4000 pics/Month

Applications:

Fluid and Gas Systems: Connecting pipes of different sizes in fluid and gas distribution systems.
Water Treatment Plants: Union Connector used to adjust the pipe sizes while maintaining flow efficiency in treatment processes.
Chemical Processing: Provides flexible connections for pipes carrying different chemicals of various diameters.
HVAC Systems: Unions allows seamless integration of different pipe sizes in heating, ventilation, and air conditioning systems.
Oil and Gas Pipelines: Useful in pipelines where diameter changes are necessary without disrupting flow or pressure.