Wear Resistant Parts Made from CCO Plate, Complex Carbide Plate, NM500, and NM450
HALDEN provides customized wear resistant parts based on customer drawings, including wear plate cutting, curling, bolt hole processing, welding, bending, and tailor-welded fabrication. Our wear parts are widely used in cement plant raw mills, mineral industry, mining equipment, material handling systems, and severe abrasion applications.
Standard Steel Parts Wear Out Quickly in Cement, Mining, and Mineral Processing Equipment.
Customized wear resistant parts help protect high-wear areas, reduce maintenance frequency, extend equipment service life, and match your installation drawings more accurately.
Key Information Buyers Need Before Ordering Wear Resistant Parts
Before ordering customized wear resistant parts, buyers should confirm the drawing, material grade, wear layer thickness, base plate thickness, hole pattern, bending radius, welding requirement, working material, abrasion level, impact level, installation method, and packing requirement.
Customized Processing
HALDEN can process wear resistant parts by cutting, bending, curling, bolt hole machining, welding, and tailor-welded production according to customer drawings.
Material Selection
Wear parts can be processed from chromium carbide plate, complex carbide plate, and normal wear resistant steel plate such as NM500 and NM450.
Wear Performance
Chromium carbide overlay steel provides high wear resistance through a hard Cr7C3 carbide structure, with wear layer hardness commonly reaching HRC56–65.
Packing and Export
HALDEN can provide steel pallet design, non-fumigation pallets, plastic film packing, and container loading support according to customs and transport requirements.
Customized Wear Resistant Parts Solutions
HALDEN provides drawing-based wear resistant parts for customers who need stronger abrasion protection, stable quality, fast delivery, and customized fabrication for cement, mining, mineral processing, steel, coal, and bulk material handling equipment.
CCO Wear Resistant Parts
Chromium carbide overlay wear parts are suitable for severe abrasion applications where a hard carbide-rich overlay layer is required.
- Cr7C3 carbide volume fraction above 50%
- Wear layer hardness HRC56–65
- Flatness control ±3mm/M
Complex Carbide Wear Parts
Complex carbide wear parts can be selected for more demanding wear environments where standard chromium carbide overlay may not be enough.
- Customized according to drawings
- Suitable for high-wear industrial parts
- Can be cut, curled, drilled, and welded
NM500 / NM450 Wear Steel Parts
NM500 and NM450 wear resistant steel plates can be used when buyers need normal wear resistant steel parts with good strength and practical processing performance.
- Normal wear resistant steel plate
- Drawing-based processing
- Suitable for multiple equipment applications
CCO Plate Technical Details for Wear Resistant Parts
The following technical information is preserved from the original page and organized for faster buyer review.
| Item | Original Technical Information |
|---|---|
| Chemical Composition Concept | Chromium carbide steel plate is a wear-resistant alloy with many hard chromium carbide particles deposited on medium and low carbon base metal. |
| Microstructure | The volume fraction of Cr7C3 carbide in the metallographic structure of the wear-resistant layer is more than 50%. |
| Hardness | According to wear layer thickness and usage, wear-resistant alloy surface hardness is HRC56–65. Highest hardness of chromium carbide can reach HV1800. |
| Wear Resistance | According to lab test, HALDEN chrome carbide overlay steel is 20 times that of low carbon steel and 8 times that of heat treated wear resistant steel. |
| Flatness | Chromium carbide overlay plate flatness control is ±3mm/M. |
| Alloy Layer Thickness Tolerance | Alloy layer thickness uniformity tolerance is 0–0.5mm. |
Standard Chromium Carbide Plate Thickness Options
Standard thickness combinations from the original page are listed below. Other thickness chromium carbide wear plates can also be customized.
Production Capacity and Wear Layer Data
| Item | Original Page Data |
|---|---|
| Wear Plate Production Line | 20 lines |
| Process | Open ARC process |
| Yield | 90,000 square meters |
| C Content of Wear-Resistant Layer | 3–5.5% |
| Cr Content | 25–40% |
| HRC | 58–65 |
| Cr7C3 Carbide Volume Fraction | Above 50% |
Comparison with Normal Wear Plate
| Comparison Item | HALDEN Chromium Carbide Wear Layer | Common Wear Plate |
|---|---|---|
| Chromium Content | 25–40% | Generally 10–20% |
| Cr7C3 Carbide Volume Fraction | More than 50% | Less than 30% |
| Hardness | High and uniform, HRC60–65 | Not uniform and usually less than HRC60 |
| Wear Layer Thickness | Uniform, tolerance controlled between 0–0.5mm | Often uneven |
| Flatness | Controlled at 3mm/M | Often uneven and seriously deformed |
| Wear Resistance | 5–6 times higher than heat treated wear-resistant steel | Poor or no wear resistance in severe abrasion applications |
Applications of Wear Resistant Parts
HALDEN wear resistant parts are suitable for severe abrasion equipment in cement plants, mineral processing, mining, coal, steel, power, and bulk material handling systems.
Why Buyers Feel Safe Working with HALDEN
Buyers of customized wear resistant parts need confidence in processing capability, material quality, inspection, production capacity, packing safety, and delivery reliability.
Strong Processing Capacity
HALDEN can process wear resistant parts by cutting, bending, curling, bolt hole machining, welding, and tailor-welded fabrication according to drawings.
R&D and Mass Production
The original page highlights a powerful R&D team and mass production capacity, with 20 wear plate production lines.
Quality Inspection
HALDEN uses Rockwell hardness tester, portable spectrum, portable hardness tester, ultrasonic thickness measurement instrument, abrasion testing machine, and metallography instruments.
Safe Export Packing
Steel pallets, non-fumigation pallets, plastic film, steel tape, and 20ft / 40ft container loading support help protect wear parts during shipment.
Packing, Delivery, and Trade Terms
HALDEN can prepare wear resistant parts for international shipment according to customs and transport requirements.
| Item | Original Page Information |
|---|---|
| Delivery | Generally 7 days. If goods are in stock, generally 5–10 days. If not in stock, 15–20 days depending on quantity. |
| Trade Terms | FOB, EXWORK, CIF, and other trade terms. |
| Packing | Strictly in line with customs requirements. Steel pallet, non-fumigation pallets, and plastic film are available. |
| Packaging Size | 1.4×3.4m, 1.4×3.0m, 1.4×3.5m, 2.1×3.5m. Other sizes can be customized. |
| Container Loading | Can be loaded into 20ft or 40ft container. |
How to Order Customized Wear Resistant Parts
To quote accurately, we need to understand your drawing, material choice, thickness, processing requirement, wear condition, quantity, and packing requirement.
Send Drawing or Sample
Provide drawing, part size, hole pattern, bending or curling requirement, and installation position.
Confirm Material and Wear Condition
Tell us CCO, complex carbide, NM500, NM450, working material, abrasion level, impact level, and target service life.
Receive Technical Offer
We provide material suggestion, processing plan, price, lead time, packing method, and delivery information.
Production and Delivery
After order confirmation, we arrange cutting, forming, welding, inspection, packing, and shipment support.
Frequently Asked Questions
Useful answers for buyers of customized wear resistant parts.
What materials can be used for wear resistant parts?
HALDEN wear resistant parts can be processed from chromium carbide plate, complex carbide plate, and normal wear resistant steel plate such as NM500 and NM450.
Can HALDEN manufacture wear parts according to drawings?
Yes. HALDEN can manufacture wear plates and wear parts by cutting, bending, curling, and tailor-welded production according to customized drawings.
What hardness can CCO wear parts reach?
According to the original page, the wear-resistant alloy surface hardness is HRC56–65, and production capacity data also lists HRC58–65.
What information is needed for quotation?
Please provide drawing, material requirement, thickness, quantity, hole pattern, bending or welding requirement, working condition, delivery destination, and packing requirement.
Need Customized Wear Resistant Parts for Your Equipment?
Send us your drawing, material requirement, thickness, quantity, and working condition. HALDEN can review your application and recommend a suitable wear resistant part solution.
Please include these details:
- Drawing, part size, and quantity
- Material: CCO, complex carbide, NM500, NM450, or other grade
- Base plate thickness and wear layer thickness
- Cutting, curling, bending, bolt hole, or welding requirement
- Working material, abrasion condition, and impact level
- Destination country and preferred trade term
