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Metallurgy Solutions
Key Industry Challenges
Metallurgical industry pipelines transport high-temperature, dust-containing, slag-containing and corrosive media (such as blast furnace gas, flue gas, cooling water, etc.) for a long time, facing multiple tests such as high-temperature corrosion, erosion
High-temperature Corrosion and Erosion Wear
High-temperature dust-containing media such as blast furnace gas and converter flue gas will cause severe erosion and high-temperature corrosion to the pipe wall, resulting in a short pipeline service life.
Safety Hazards Under High Temperature and High Pressure
High-temperature medium pipelines are prone to material aging and creep deformation after long-term operation, with risks of leakage and rupture.
Key Product Features
Through high-temperature and wear-resistant materials, anti-scaling coatings and flow channel optimization design, we provide a stable transportation solution with high temperature resistance, wear resistance and anti-blocking for metallurgical industry p

Provide high-temperature and wear-resistant material pipe fittings

Combined with high-temperature resistant gaskets

Targeted product recommendations

Equal-diameter tee

Reducing tee

45-Degree Angled Tee (Y-Tee)

Slip-on Flange

Loose-fitting flange

Spectacle Blind
Case Studies
Natural Gas Pipeline Pressure Upgrade Project
The natural gas pipeline is responsible for gas supply in the northwest region. It utilizes X80-grade alloy steel pipes and A2-grade pressure vessel fittings, and upgrades the manifold and valve systems at seven gas transmission stations to a 4.0 MPa pressure rating. The pipeline employs a fully automated submerged arc welding process, with a 100% pass rate for non-destructive testing of welds.
1. Natural Gas Pipeline Pressure Upgrade Project
1. The natural gas pipeline is responsible for gas supply in the northwest region. It utilizes X80-grade alloy steel pipes and A2-grade pressure vessel fittings, and upgrades the manifold and valve systems at seven gas transmission stations to a 4.0 MPa pressure rating. The pipeline employs a fully automated submerged arc welding process, with a 100% pass rate for non-destructive testing of welds.
2. Natural Gas Pipeline Pressure Upgrade Project
2. The natural gas pipeline is responsible for gas supply in the northwest region. It utilizes X80-grade alloy steel pipes and A2-grade pressure vessel fittings, and upgrades the manifold and valve systems at seven gas transmission stations to a 4.0 MPa pressure rating. The pipeline employs a fully automated submerged arc welding process, with a 100% pass rate for non-destructive testing of welds.
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