Stainless Pressfit Pipe 316L - 3mtr Lengths
When a piping system fails, it rarely fails quietly. Leaks, corrosion, and contamination can bring operations to a halt,- and in industries where water purity or gas safety is non-negotiable, the consequences run deeper than inconvenience.
The Stainless Pressfit Pipe 316L is built for installations where reliability isn't optional. Its low carbon 316L stainless steel composition resists rust, bacterial growth, and chemical degradation, making it a trusted choice for drinking water systems, clean compressed air lines, and combustible or technical gas applications. The added molybdenum content gives it an edge in aggressive environments,- coastal sites, offshore facilities, and high-chloride industrial zones where lesser materials would quickly deteriorate.
Installation is fast and straightforward. A mechanical crimping tool presses fittings directly onto the pipe, eliminating the need for hot work permits, open flames, or specialist welding crews. Compared to traditional threading or welding methods, this significantly reduces labour time and site disruption — a meaningful advantage on large-scale projects or time-sensitive retrofits.
The pipe performs reliably across a broad range of building services applications, including HVAC systems, solar thermal circuits, and chilled water lines.
Summary:
- Safe for drinking water systems because the 316L material does not pollute the liquid and resists bacteria
- Handles clean compressed air and combustible or technical gases safely
- Used in HVAC, solar heating, and chilled water lines
- Suited for marine locations or areas with high chlorides due to the extra molybdenum in 316L steel
- Uses a mechanical crimping tool to press fittings onto the pipe, avoiding hot work permits
- Grade 316L contains low carbon and added elements that protect against rust and harsh environments
- Saves time compared to traditional threading or welding method
Applications:
Commonly used in;
- HVAC
- Solar thermal circuits and,
- Chilled water lines
