Our GLL 316Ti gas exhaust pipe fittings are optimized for the special requirements of gas transmission:
Sealing performance: double clamping or flange connection structure, with precision machined sealing surface, to ensure zero leakage of high-pressure gas (pressure resistance can reach more than 10MPa).
Fluid dynamics optimization: inner wall finish Ra≤0.8μm, reduce gas turbulence and pressure loss, improve system efficiency.
Lightweight design: through topology optimization technology, reduce weight while ensuring strength, meet the trend of lightweight automobiles.
Compatibility: supports multiple connection standards (such as ISO 8434-1, DIN 2353), and adapts to the global mainstream gas equipment interface.
Our GLL gas exhaust pipe fittings adapt 316Ti has many advantages:
High temperature resistance: It can maintain excellent mechanical properties even under long-term use below 800°C, and is suitable for high-temperature scenes such as automotive turbocharged exhaust systems and industrial furnace pipes.
GLL 316Ti unique alloy composition can effectively resist salt spray corrosion in seawater and acidic media in industrial environments, stainless steel performs particularly well in dealing with chloride ion corrosion and corrosive corrosion. In the salt spray test simulating the marine environment, GLL 316Ti pipe fittings produced by GLL have been exposed to 1,000 hours of continuous exposure without red rust, which confirms its reliability in extreme corrosion scenarios.
GLL 316Ti gas exhaust pipe fittings have a complete manufacturing processMaterial refining: GLLVOD uses a vacuum oxygen decarburization furnace for refining, strictly controls the precision of the raw materials, and ensures the accuracy of 316Ti workpieces.
Precision molding: Through cold heading, hot forging and other processes combined with CNC precision machining, GLL is able to manufacture pipe fittings of various complex structures.
The application of laser welding technology further realizes the position connection of special-shaped pipe fittings and reduces the impact of thermal deformation on product quality.
Surface treatment: The baking and polishing process improves the corrosion resistance of the pipe fittings and makes the surface roughness reach Ra≤0.4μm. Optional PVD coating (such as TiN) further enhances the wear resistance of the pipe fittings and extends the service life.
