Appropriate prices customized high carbon steel chromium carbide alloy wear resistance plate

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Product Overview

Description


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Product Description

Product------Hard Overlay Welding Plates Series

    I. Technology Introduction

     Haweier hard-faced wear-resistant steel plate is kind of steel plate, which adopted the international leading metal arc welding production technology, welded a certain thickness wear resisting alloy layer on the surface of common low carbon steel or low carbon low alloy steel . The product wear-resisting layer has high hardness, with good wear-resistant properties. The basic plate is adopted good rolled plate with good toughness and plasticity. The alloy wear-resisting layer and the basic plate is metallurgical combination, which is strongly combined and cannot fall off.Under special technique, the surface of plate formed a directional grown eutectic structure, which make the wear resistance of hard-faced wear resistant steel plate HP100, HP200 and HP300 reached 14.6 times more than 16Mn steel plate.( Abrasive wear test as per ASTM G65)

 

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China manufacturer value hopper chopper bucket liners chromium carbide plate for coal chute liner

4837

59.jpgII    Product Mold

    * HP100   (Low stress abrasive wear)

     HP100 hard-faced wear-resistant steel plate is suitable for the low stress, little impact abrasive wear or fine particles, minimal energy and small incident Angle erosion wear condition.

     Hard-facing layer main chemical composition of metal (Wt%)

 

C

Cr

B

Other

3~5

20~28

+

4~8

 

      Hard-facing layer hardness: 60-65HRC

     Wear resistant temperature: <500°C

 

 * HP200   (Resistance to medium impact abrasive wear)

    HP200 hard-faced wear-resistant steel plate is suitable for the medium impact abrasive wear or rolling compaction wear condition under high pressure.

    Hard-facing layer main chemical composition of metal (Wt%)

 

C

Cr

Mo

Mn

Other

2~5

20~26

+

1~3

2~5


     Hard-facing layer hardness: >58HRC

     Wear resistant temperature: <500°C

 *HP300   (Resistance to high temperature abrasive wear)

     HP300 hard-faced wear-resistant steel plate is suitable for high temperature abrasive wear and fine particles, small Angle, small energy impact wear conditions

    Hard-facing layer main chemical composition of metal (Wt%)

 

C

Cr

Nb

Mn

Other

4~6

18~24

5~8

2~3

3~6

 

       Hard-facing layer hardness: 60-68HRC

     Wear resistant temperature: <800°C

 

*HP400   (Resistance to strong impact abrasive wear)

     HP400 hard-faced wear-resistant steel plate is suitable for the working condition of high stress and strong impact abrasive wear.

    Hard-facing layer main chemical composition of metal (Wt%)

 

C

Cr

Mn

Other

0.4~1.5

3~7

15~22

2~5

 

     Hard-facing layer normal hardness: 20-25HRC

     After the cold work and hardening hardness:50-55HRC

     Wear resistant temperature: <500°C

 

 III Performance Chracteristics

 

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ModelSpecification  Total ThicknessSizeMinimum curling radius

HP100

HP200

 HP300 

HP400

Base material + wearing layer

(mm)

(mm)(W+L)mm(mm)
5+38±0.51400×2000R≥150
6+410±0.51400×2000R≥150
6+612±0.51400×2000R≥150
8+614±0.51400×3000R≥250
10+616±0.51400×3000R≥300
12+618±0.51400×3000R≥300
8+715±0.51400×3000R≥250
10+717±0.51400×3000R≥300
10+818±0.51400×3000R≥300
12+820±0.51400×3000R≥350
 15+1025±0.51400×3000R≥350
12+1224±0.51400×3000R≥350
20+2040±0.51400×3000R≥350
 ............
Remark: 
1. This minimum curling radius is subject to the wear-resisting layer turning inward ,  if wear-resisting layer turning outwards, the minimum curling radius shall be multiply  by 2.
 2. We can also supply the special specification and size according to customer requirement.


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Grinding roll  protecting sleeve    receiving hopper                 slurry transport pipes           vertical mill feeder cone           vibrating screen plate                                                                                                                                                                              

Storage

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Company and Team

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Certificate

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FAQ
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Q1: Why are there so many cracks?

A1. 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.

 

Q2: What is the best method of attachment?

A2. hard facing plate for coal chute liner is usually attached by countersunk bolts, welding studs, perimeter welding, or plug welding. Some methods are better suited than others depending on the specific application. For more detail on each method see the installation section.

 

Q3: Can hard facing plate for coal chute liner be drilled or machined?

A3. hard facing plate for coal chute liner cannot be machined or drilled. It can however be ground. Mild steel inserts are used to create countersunk or counter bored holes. hard facing plate for coal chute liner can be cut using plasma, Grinding wheel saw, or air-arc gouging.

 

Q4:MOQ?

A4.Our product has no limit to quantity, it can be ordered according to customer requirement.

 

Q5: What’s the service life compare with Hardox series?

A5.Generally speaking, our bimetallic overlay wear plate is 4.5~8 times than Hardox series in service life.


0.0116 s.