Metallurgy Steel Industry

Shangtie industrial valves provide robust, high-performance fluid control solutions for the metallurgy and steel industry. Engineered for extreme working conditions including high temperature, high pressure, abrasion and corrosion, our valves fully meet production requirements of steelmaking, continuous casting, rolling, furnace cooling, gas and dust removal systems. They comply with API 6D, ASME and GB standards, featuring high strength, anti-abrasion, zero leakage and long service life.

Core Applications

Steelmaking & Blast Furnace

Applied in ironmaking blast furnaces, converter systems, gas recovery and dust removal pipelines. Resists high temperature, dust and scouring.

Suitable valves: Gate valves, globe valves, hard-sealed ball valves, exhaust valves.

Continuous Casting & Rolling

Used for cooling water systems, hydraulic systems, lubrication systems and pipeline control. Ensures stable flow and pressure under heavy load.

Suitable valves: Control valves, check valves, high-pressure ball valves, butterfly valves.

Furnace & Heating Systems

For boiler feed water, steam regulation, combustion control and waste heat recovery. Withstands high temperature and thermal shock.

Suitable valves: Steam stop valves, pressure control valves, sealed gate valves.

Gas & Dust Treatment

Applied in blast furnace gas, flue gas desulfurization and dust collection systems. Anti-abrasion and anti-corrosion for harsh media.

Suitable valves: Hard-sealed butterfly valves, ball valves, exhaust control valves.

Key Advantages

Extreme Environment Resistance: Withstands high temperature, high pressure, abrasion and corrosion.

High Strength Material: Cr-Mo alloy, carbon steel, stainless steel for long service life.

Hard Sealing & Zero Leakage: Stable performance under frequent operation and scouring.

High Reliability: Reduces downtime and maintenance for continuous steel production.

Value Summary

Shangtie Valves ensure stable, safe and efficient operation for iron and steel enterprises. Our solutions improve production continuity, reduce maintenance cost, and deliver reliable performance in the harshest metallurgical working conditions.