News

Pneumatic conveying has become one of the most popular handling solutions to move bulk powders and granular solids across mining, cement works, thermal power stations and new energy lithium material processing sites. While compressed air transport brings great flexibility to your production layout, high-speed solid particles keep scouring the inner wall of your pipeline during long-hour operation.

When you begin shopping for industrial wear-resistant linings, two of the most frequently considered options are 92% and 95% Alumina Ceramic Wear Tile. Both grades deliver far stronger anti-abrasion performance than standard carbon steel, and they are widely fitted inside transfer chutes, storage hoppers, conveying pipelines, mineral processing machinery, cement production facilities, and bulk material handling circuits across many industries.

For factories seeking reliable wear-resistant solutions for harsh working scenarios, Chrome Bimetal Alloy Wear Plate have become a practical and popular option across multiple industries.

Many plant operators make the assumption that switching to premium-grade ceramic grinding media alone will fix poor milling output. Even after purchasing high-performance Alumina Grinding Ball, lots of processing lines still struggle with real-world pain points: overly long grinding cycles, slow particle size reduction, inconsistent finished fineness, and accelerated media loss.

Shandong Qishuai Wear-resistant Equipment Co., Ltd. is confirmed to participate in MININGWORLD CENTRAL ASIA 2026, one of the most professional mining and mineral processing exhibitions in Central Asia. The event will take place from September 16 to 18, 2026, at the Atakent Exhibition Centre in Almaty, Kazakhstan.

Blast furnace pulverized coal injection (PCI) systems demand consistent, trouble-free material transport for normal smelting workflows. Inside the pipeline, fine coal particles travel at high flow speeds and keep striking the inner wall over long operating hours. Even though pulverized coal feels soft compared with hard mineral ore, prolonged pneumatic transfer will gradually wear down pipe components. Pipe bends where flow direction shifts suffer the most damage.