Anti High Temperature Chromium Carbide Plates
HALDEN anti high temperature chromium carbide overlay steel plate is designed to resist both wear and impact while maintaining performance under elevated temperature conditions. It is recommended for abrasion, fretting, cavitation, and particle erosion service in high-temperature working environments such as sinter plants and blast furnace areas in the metallurgical industry.
This high-temperature wear plate solution is developed for applications where conventional wear materials struggle to maintain service life under combined heat and abrasive wear conditions.
- Designed for high-temperature abrasive wear conditions
- Suitable for wear, impact, fretting, cavitation, and particle erosion
- Recommended for sinter plant and blast furnace service
- Hard-facing layer hardness: 60–65 HRC
- Wear resistant temperature: 800℃–1050℃
- WED300 grade for high temperature abrasive wear service
Wear Plate for High-Temperature Industrial Environments
Anti high temperature chromium carbide plate is developed for industrial situations where abrasive wear and elevated temperature act together. In these working conditions, a standard wear plate may not provide sufficient service life or process reliability.
HALDEN high-temperature chromium carbide plate is designed to maintain wear resistance while also withstanding impact and thermal exposure in demanding heavy-industry applications.
Built for Metallurgical and High-Heat Service
This plate is especially recommended for high-temperature applications such as sinter plant and blast furnace environments in the metallurgical industry, where abrasion, fretting, cavitation, and particle erosion frequently occur together.
It provides a practical solution where both heat resistance and wear protection are necessary to improve service life and reduce maintenance burden.
WED300 – Resistance to High Temperature Abrasive Wear
Specially designed for elevated-temperature abrasion with fine particles and limited impact energy.
High Temperature Abrasive Wear
WED300 hard-faced chromium carbide plate is suitable for service environments involving high temperature abrasive wear.
Fine Particle Wear Conditions
Recommended for fine particle wear conditions where abrasive media continuously acts on the wear surface.
Small Angle and Low Energy Impact
Designed for working conditions with small impact angle and relatively low impact energy combined with abrasive wear.
Hard-Facing Layer Main Chemical Composition
Main metal chemistry of the WED300 hard-facing layer.
| Carbon (C) | 4–6% |
|---|---|
| Chromium (Cr) | 18–24% |
| Niobium (Nb) | 5–8% |
| Manganese (Mn) | 2–3% |
| Other Elements | 3–6% |
Performance Data
Main hardness and temperature resistance information for anti high temperature chromium carbide plate.
| Product Type | Anti high temperature chromium carbide overlay steel plate |
|---|---|
| Hard-Facing Layer Hardness | 60–65 HRC |
| Wear Resistant Temperature | 800℃–1050℃ |
| Main Wear Resistance Focus | High temperature abrasive wear |
| Impact Resistance | Suitable for wear and impact combined service |
Typical Applications
Recommended for heavy-industry wear zones exposed to heat and abrasion.
Sinter Plant
Suitable for sinter plant wear components where high-temperature abrasion and particle erosion reduce normal material life.
Blast Furnace Working Condition
Recommended for blast furnace related applications in the metallurgical industry where combined heat and wear occur.
High Temperature Particle Erosion Zones
Applicable to equipment exposed to abrasion, fretting, cavitation, and particle erosion under elevated temperatures.
FAQ
Common questions about anti high temperature chromium carbide plates.
1. What is the main advantage of this plate compared with standard wear plate?
Its main advantage is the ability to resist wear and impact while also maintaining performance under high-temperature working conditions.
2. What kind of wear conditions is WED300 designed for?
WED300 is designed for high temperature abrasive wear, especially with fine particles, small angle contact, and low energy impact conditions.
3. What hardness can the hard-facing layer reach?
The hard-facing layer hardness is in the range of 60–65 HRC.
4. What temperature range can the plate withstand in wear service?
The wear-resistant temperature range is 800℃ to 1050℃.
Request a Quote for Anti High Temperature Chromium Carbide Plates
If you need high-temperature chromium carbide overlay plate for sinter plant, blast furnace, or other severe thermal-abrasive applications, send us your plate size, operating temperature, wear condition, and expected service life target. HALDEN can recommend a suitable high-temperature wear plate solution for your project.
- WUXI HALDEN INTERNATIONAL CO., LTD
- Mobile: +8618652469606
- Email: haldenwuxi@163.com
- Products: High Temperature Chromium Carbide Plate / Wear Plate / Metallurgical Wear Solutions
- Support: Temperature Matching / Wear Condition Analysis / Custom Plate Supply
