Chrome Carbide Hardfacing | 68 HRC Wear Resistance for Mining & Oil

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Chrome Carbide Hardfacing | 68 HRC Overlay | 8X Wear Part Life

Chrome Carbide Hardfacing | 68 HRC Overlay | 8X Wear Part Life

Stop Part Replacement Cycles! Industrial chrome carbide hardfacing deposits 65-70 HRC armor on crushers, augers & buckets. 5X thicker than spray coatings. Free Guide + Sample Deposit Report!
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Advantages of Chrome Carbide Hardfacing

Unmatched Wear Resistance

Engineered substrates are eight times more resistant to scratching and abrasion in high-silicon environments (such as mining conveyors) than quenched steel.

Corrosion Resistance in Harsh Environments

Resistant to acids, alkalis, and oxidizing agents—suitable for chemical processing (e.g., sulfuric acid slurry treatment).

Thermal Stability Under Extreme Temperatures

Maintains a hardness of 58+ HRC at 1,200°F (650°C) without spalling—critical for boiler tubes and kiln linings.

Impact-resistant high-strength bonding

Micro-crack structures absorb kinetic energy and prevent fractures from occurring under repeated hammering (e.g., wear-resistant plates in crushers).

Premium Chrome Carbide Hardfacing | High-Hardness Abrasion & Impact Resistance for Mining, Oil & Gas & Heavy Machinery

Application Areas of Chrome Carbide Hardfacing​

1. Mining & Heavy Equipment: Extreme Abrasion Protection​

  Chrome carbide hardfacing is a critical solution in the mining industry, where equipment faces relentless abrasion from rocks, ore, and gravel. It is extensively used to protect ​​crusher liners, shovel buckets, dragline buckets, and conveyor flights​​, ensuring extended wear life in harsh conditions. The high hardness (typically 55-65 HRC) and dense chromium carbide microstructure provide superior resistance to sliding and impact abrasion, making it ideal for ​​jaw crushers, cone crushers, and gyratory crushers​​. Mining operators rely on chrome carbide hardfacing to reduce downtime and maintenance costs, particularly in ​​coal, iron ore, and copper extraction​​ operations where equipment wear is accelerated.

​2. Oil & Gas / Energy Sector: Pipeline & Valve Protection​

  In the oil & gas and energy industries, chrome carbide hardfacing is applied to components exposed to ​​erosive fluids, sand, and high-pressure environments​​. It is used to protect ​​drill pipe collars, valve seats, pump impellers, and pipeline elbows​​, where abrasive slurry and corrosive fluids cause rapid wear. The hardfacing layer’s exceptional resistance to ​​gouging, erosion, and corrosion​​ makes it invaluable for ​​offshore drilling equipment, fracking pumps, and flow control valves​​. Power plants also utilize this process for ​​coal chute liners, ash handling systems, and boiler components​​, where coal ash and slag create extreme abrasive conditions.

​3. Construction & Heavy Machinery: Wear-Resistant Tooling​

  The construction and heavy machinery sectors leverage chrome carbide hardfacing to enhance the durability of ​​excavator teeth, loader blades, dozer blades, and compactor drums​​. These components are constantly exposed to ​​gravel, concrete, and rocky surfaces​​, leading to rapid wear without proper protection. Hardfacing with chrome carbide extends the service life of these tools by ​​3-5 times​​, reducing replacement frequency and labor costs. Additionally, it is applied to ​​railroad maintenance equipment, agricultural tillage tools, and material handling scoops​​, where soil, sand, and debris cause continuous abrasion. This makes chrome carbide hardfacing a cost-effective solution for industries that depend on rugged, long-lasting equipment performance.

  By addressing the specific wear challenges across mining, energy, and heavy industry sectors, ​​chrome carbide hardfacing​​ delivers unmatched durability, minimizing equipment downtime and maximizing operational efficiency in the world’s most demanding environments. 💪🔧

FAQ

MOQ?

Our product has no limit to quantity, it can be ordered according to customer requirement.
Chromium Carbide Overlay is typically applied using a welding process, where a layer of chromium carbide is fused to the base material to create a wear-resistant surface.
Due to the cooling rates of dissimilar metals. Our hard facing plate for coal chute liner is manufactured by welding which results in high temperatures. During the cooling, the plate goes through a stress relieving which is a natural process and does not effect the performance of the plate. The stress relief cracks should be between 3/4" - 2" apart. The cracks can be touched up by our chrome carbide welding rod.
It is important to source Chromium Carbide Overlay parts from reputable manufacturers who use high-quality materials and adhere to strict quality control standards.

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What Our Clients Are Saying

Linda Patel
Linda Patel

Previously, steel lining plates would wear through in three months, but after switching to this company's chromium carbide coating, they only need to be replaced every six months—saving 150,000 yuan in maintenance costs per year!

Mark Rodriguez
Mark Rodriguez

The kiln lining was constantly wearing out and causing shutdowns, but after using this company's CCO plates, there have been no shutdowns in six months, and production efficiency has increased by 20%!

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Why Choose Us

Why Choose Us

Hard-plate® is an high-tech enterprise specializing in metal matrix hard-face wear resistant steel plate and wear resistant material manufacture. Relying on domestic famous institute, Hard-plate® researches and develops wear resistant material and hardfacing welding machine independently, passed the ISO quality mangement system, have dozens of own technologies, got rewarded as high-tech enterprise in 2007 and gained national innovation funds in 2010. Now, Hard-plate® has become domestic famous enterprise.

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