Gowin's Valve Solutions
for the Mining Industry

– Highly Corrosive Media: Leaching solutions, pickling waste liquids, and other strong acids can rapidly corrode valve seats and sealing components, leading to frequent seal failures and leakage. In severe cases, this may result in shutdowns of the entire pipeline system.

– Severely Abrasive Materials: Slurry, tailings, cement powder, and similar materials often contain a high concentration of hard solid particles. When flowing at high speed, these particles continuously erode the valve core and inner cavity surfaces, accelerating wear and drastically shortening service life.

Crushing systems and transfer lines often require valves to open and close frequently to meet process demands. This leads to repeated mechanical stress and friction on internal components, causing accelerated aging of sealing rings and loosening of valve stems—resulting in jamming or leakage.

Mining sites are often located in remote or complex terrains, where manual inspection and dispatch efficiency is low. Equipment condition assessments heavily rely on personnel experience, making it difficult to implement precise maintenance and remote monitoring. Without digital management systems, maintenance planning and spare part logistics are delayed, leading to slow response times to equipment failures and negatively affecting overall productivity.

Traditional valves have high failure rates under extreme conditions, often requiring inspection or replacement every quarter. This leads to substantial labor costs and production downtime. Industry data shows that annual maintenance costs for valve-related equipment can exceed 30% of total operational expenses. Frequent replacements also increase inventory pressure and procurement workload, making cost optimization difficult to achieve.