HISAN spotlights wear plate options for cement plants at Cemtech

HISAN (TIANJIN) CO.,LTD is pitching chromium carbide overlay wear plates for cement-industry parts that face abrasion, impact and heat together. The company says its HS300 and HS600 products are aimed at helping plants reduce downtime in chutes, hoppers, mills, conveyors and other high-wear equipment.

Why it matters: - Cement-plant downtime often builds from steady wear, not one catastrophic failure. - Chutes, hoppers, conveyors, cyclone shells, roller presses, pipes and mill internals all face abrasion, impact and heat at the same time. - Plant buyers need wear plate choices that match the actual wear mode, not just the hardest material on paper.

What happened: - HISAN (TIANJIN) CO.,LTD highlighted its wear-resistant plate line at Cemtech in Tianjin, China. - The company positioned chromium carbide overlay, or CCO, plate as a wear solution for cement-industry components. - HISAN pointed to two product families: HS300 for high abrasion with medium-to-high impact, and HS600 for extremely severe abrasion. - The company directed buyers to its website for its CCO plate, HS300, HS600, welding wire, overlay wear pipe and wear parts range: More information.

The details: - CCO plate uses a mild-steel base plate with a wear-resistant overlay rich in carbides. - HISAN says its CCO plate line has macro-hardness in the 57 to 63 HRC range. - Wear performance is evaluated with ASTM G65 Procedure A. - HS300 uses a complex carbide system built around chromium carbide, niobium, molybdenum, vanadium and titanium carbides. - HS300 is aimed at mixers, hoppers, chutes, conveyors, classifiers, cyclone shells, roller presses, screens, pipes, mill internals, dust collectors and mill rollers. - HS300 standard sizes include 1400 by 3000 mm, 1400 by 3500 mm, 1500 by 3000 mm, 2000 by 3000 mm, 2100 by 3500 mm and 2100 by 6000 mm. - HS300 overlay thickness runs from 2 to 80 mm. - HS300 base material thickness runs from 2 to 150 mm. - HS300 bulk hardness is listed at HRC 58 to 65. - HS300 can be cut, assembled, drilled for holes, bolted and bent. - HS600 is aimed at mining, cement, steel and bulk material handling environments with extremely severe abrasion. - HS600 overlay chemistry includes tungsten, with carbon content of 4.4% to 7.5%, chromium content of 30% to 40% and tungsten content of 4.0% to 7.0%. - HS600 has bulk hardness of HRC 60 to 65. - HS600 overlay thickness runs from 2 to 80 mm. - HS600 base material thickness runs from 2 to 150 mm. - HS600 standard plate size runs up to 2100 by 6000 mm. - HISAN also says custom thicknesses are available on request. - The company’s fabrication options include cutting, forming, welding, stud attachment, assembling and grinding. - HISAN says its production facility includes a Vickers hardness tester, SPECTRO spectrometer, portable hardness and thickness testers, an ASTM G65 wear test machine, a metallographic microscope, a desktop Rockwell hardness tester, plasma cutting, bending, flattening and an eight-torch welding line.

Between the lines: - HISAN is selling more than a plate spec. It is selling a verification package around hardness, thickness, composition and wear testing. - The message is that cement buyers should match metallurgy and fabrication to a specific wear point, rather than defaulting to one universal liner. - The company is also broadening its pitch from individual plates to a broader wear-protection supply chain across conveying, classifying, grinding, ventilation, elevating, piping and internal lining.

What's next: - Cement plants, engineering contractors and maintenance teams can review HISAN’s product range and consult the technical team on the right configuration for a specific wear point. - HISAN is framing HS300 as the default for high-abrasion, medium-to-high-impact service and HS600 as the choice for harsher conditions. - The company says its broader wear portfolio also includes wear-resistant ceramics, wear-resistant castings and abrasion-resistant steel plates.

The bottom line: - HISAN’s pitch is simple: the best wear plate for cement service is the one whose metallurgy, thickness, fabrication and test data match the part’s actual wear cycle.