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HISAN lays out how to choose CCO plate thickness

Jul. 29, 2026
By AI, Created 04:28 UTC, Jul 29, 2026, AGP -

HISAN published a technical guide on July 29, 2026, explaining how buyers should size chromium carbide overlay plates for heavy-wear applications. The company says the right choice depends on matching overlay and base thickness to the wear environment, then verifying performance with hardness and abrasion data.

Why it matters: - CCO plate thickness affects both wear life and structural strength in mining, cement, power generation, ports, steel mills, and bulk material handling. - A mismatch between overlay thickness and base thickness can lead to repeated liner replacements instead of longer service intervals. - Buyers need a thickness spec that matches the application, not just a single number from a catalog.

What happened: - HISAN published a technical guide on choosing chromium carbide overlay, or CCO, plate thickness for heavy-wear applications. - The guide was released July 29, 2026, and centers on how overlay thickness and base thickness work together in chutes, bins, crusher liners, and other wear parts. - HISAN (Tianjin) Co., Ltd. framed the guide as a decision aid for industrial buyers and fabricators.

The details: - CCO plate is a bimetallic wear material with a chromium-carbide-rich overlay fused to a mild steel base plate. - The overlay provides abrasion resistance. - The base plate provides structural integrity, weldability, and attachment strength. - HISAN says thickness should be read as a pairing, not as one nominal figure. - HS100 and HS200 are positioned for severe abrasion with low-to-moderate impact. - HS100 and HS200 offer overlay thickness from 2 to 80 millimeters and base thickness from 2 to 150 millimeters. - HS-F targets applications where material hang-up is the main problem. - HS-F uses a no-weld-bead surface to reduce sticking. - HS-F lists overlay thickness from 4 to 35 millimeters and base thickness from 5 to 50 millimeters. - HS-X is the customizable product family. - HS-X matches thickness and alloy system to customer requirements and lists coating thickness from 4 to 80 millimeters and base thickness from 4 to 150 millimeters. - HS100 carries bulk hardness of HRC 58-65 and ASTM G65 performance of 0.20 grams or lower. - HS200 carries bulk hardness of HRC 58-65 and ASTM G65 performance of 0.18 grams or lower. - HS-F carries bulk hardness of 58 to 65 HRC. - HISAN says plate selection should begin with the wear environment, including abrasion level, impact level, material hang-up risk, and component shape. - The guide names chutes, bins, screens, transfer pipes, fan housings, crusher liners, and conveyor components as common use cases. - HISAN says thickness specifications should be verified against hardness and abrasion test data. - HISAN cites a portable thickness tester, ASTM G65 wear test machine, desktop Rockwell hardness tester, metallographic microscope, and SPECTRO spectrometer in its quality process. - HISAN says it can cut plates to size and fabricate them through cutting, forming, welding, stud attachment, assembling, and grinding. - HISAN says that in-house fabrication reduces coordination risk between plate supply and installation.

Between the lines: - The guide turns thickness selection from a purchasing decision into an engineering decision tied to performance data. - HISAN is positioning itself as both a materials supplier and a fabrication partner, not just a plate seller. - The emphasis on verification suggests buyers are being pushed to compare suppliers on testing method as well as on published thickness ranges.

What's next: - HISAN says buyers should submit application details, drawings, sample parts, or component information for review before requesting a quote. - The company says those inquiries can help determine whether HS100, HS200, HS-F, or an HS-X custom solution fits the application. - Buyers can find more information in HISAN's announcement.

The bottom line: - HISAN's core message is simple: choose CCO plate thickness as an overlay-plus-base system, match it to the wear environment, and verify it with test data before ordering.

Disclaimer: This article was produced by AGP Wire with the assistance of artificial intelligence based on original source content and has been refined to improve clarity, structure, and readability. This content is provided on an “as is” basis. While care has been taken in its preparation, it may contain inaccuracies or omissions, and readers should consult the original source and independently verify key information where appropriate. This content is for informational purposes only and does not constitute legal, financial, investment, or other professional advice.

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