Chromium Carbide Overlay Coated Steel Wear Plates

Model NO.: Welldam
Trademark: Welldam
Origin: Yangzhou, China
HS Code: 722599900
Model NO.: Welldam
Trademark: Welldam
Origin: Yangzhou, China
HS Code: 722599900
Chromium carbide overlay coated steel wear plates
Welldam wear plate are manufactured by welding one or multiple abrasion resistant layers on a medium or low carbon steel base plate. The overlay alloy has a high amount of chromium carbide hard particles. 
Thickness Range: 3-20 mm, Thickness error is ±0.3mm 

Our Wear plate has following advantages: 

1. Flat surface and nice outlooking 2. Outstanding welding strength

3. Excellent wear resistance 4. Excellent impact resistance

5. Easy processing 6. High Cost Performance

7. Comprehensive quality control. 
Chromium Carbide Overlay Coated Steel Wear Plates




Other Feature and Property

I. Product mold introduction

*WD100 (Low stress abrasive wear)

WD100bimetal wear resistant composite 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: <500ºC

*WD200 (Resistance to medium impact abrasive wear)

WD200 bimetal wear resistant composite 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: <500ºC 

 

*WD300 (Resistance to high temperature abrasive wear)

HP300 bimetal wear resistant composite 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: <800ºC

*WD400 (Resistance to strong impact abrasive wear)

WD400 bimetal wear resistant composite steel plate is suitable for high stress, strong impact conditions. 

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 hardness: 20-25HRC (normal condition), 50-55HRC (after cold and rigidification)

Wear resistant temperature: <500ºC

Flatness tolerance: Flatness tolerance is ±3mm/m. 

Thickness tolerance: Uniform overlay thickness, with tolerance within 0-0.3mm. 

Product Name Wear Resistant Hardfacing Steel Plate
Material High chrome, high carbon alloy
Welding Wire VAUTID 100
Thickness 6+4, 6+6, 8+4, 8+6, 10+8, 10+10, 12+12 etc
Hardness HRC 58-62
Technical Open Arc Welding
Operating temperature Up to 350 degrees
Wear Resistance Wear Resistance
Impact resistance Medium
Microstructure Mixture of high volume hexagonal shaped chromium carbides in tough austenitic and martensitic matrix
Wear Testing ASTM G65
Cracks Visible cracks on the surface are formed for releasing stress
Fabrication Cutting, Machining, Bending, Welding
Application Mining, Steel, Cement, Power, Port, etc



Chromium Carbide Overlay Coated Steel Wear Plates


Chromium Carbide Overlay Coated Steel Wear Plates
Chromium Carbide Overlay Coated Steel Wear Plates
FAQ
1. Can we supply the sample? 
Yes, we can supply the sample. You can tell us the detail size. 

2. Can we accept customize? 
Yes, we can. We can manufacture as customer's requirement. You can send the CAD or drawing to us. 

3. Quality problem? 
According to the standard for production. And the products must pass the quality inspection department. We also accept Third Part Inspection. 

4. Delivery time? 
Prompt delivery for standard size, or under the contract. 

5. Payment term? 
Under the contract. 

6. Other problem? 
You can contact our customer service staff to ask help. 
Contact person:Cathy Zhang

 
Chromium carbide overlay coated steel wear plates
Welldam wear plate are manufactured by welding one or multiple abrasion resistant layers on a medium or low carbon steel base plate. The overlay alloy has a high amount of chromium carbide hard particles. 
Thickness Range: 3-20 mm, Thickness error is ±0.3mm 

Our Wear plate has following advantages: 

1. Flat surface and nice outlooking 2. Outstanding welding strength

3. Excellent wear resistance 4. Excellent impact resistance

5. Easy processing 6. High Cost Performance

7. Comprehensive quality control. 
Chromium Carbide Overlay Coated Steel Wear Plates




Other Feature and Property

I. Product mold introduction

*WD100 (Low stress abrasive wear)

WD100bimetal wear resistant composite 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: <500ºC

*WD200 (Resistance to medium impact abrasive wear)

WD200 bimetal wear resistant composite 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: <500ºC 

 

*WD300 (Resistance to high temperature abrasive wear)

HP300 bimetal wear resistant composite 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: <800ºC

*WD400 (Resistance to strong impact abrasive wear)

WD400 bimetal wear resistant composite steel plate is suitable for high stress, strong impact conditions. 

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 hardness: 20-25HRC (normal condition), 50-55HRC (after cold and rigidification)

Wear resistant temperature: <500ºC

Flatness tolerance: Flatness tolerance is ±3mm/m. 

Thickness tolerance: Uniform overlay thickness, with tolerance within 0-0.3mm. 

Product Name Wear Resistant Hardfacing Steel Plate
Material High chrome, high carbon alloy
Welding Wire VAUTID 100
Thickness 6+4, 6+6, 8+4, 8+6, 10+8, 10+10, 12+12 etc
Hardness HRC 58-62
Technical Open Arc Welding
Operating temperature Up to 350 degrees
Wear Resistance Wear Resistance
Impact resistance Medium
Microstructure Mixture of high volume hexagonal shaped chromium carbides in tough austenitic and martensitic matrix
Wear Testing ASTM G65
Cracks Visible cracks on the surface are formed for releasing stress
Fabrication Cutting, Machining, Bending, Welding
Application Mining, Steel, Cement, Power, Port, etc



Chromium Carbide Overlay Coated Steel Wear Plates


Chromium Carbide Overlay Coated Steel Wear Plates
Chromium Carbide Overlay Coated Steel Wear Plates
FAQ
1. Can we supply the sample? 
Yes, we can supply the sample. You can tell us the detail size. 

2. Can we accept customize? 
Yes, we can. We can manufacture as customer's requirement. You can send the CAD or drawing to us. 

3. Quality problem? 
According to the standard for production. And the products must pass the quality inspection department. We also accept Third Part Inspection. 

4. Delivery time? 
Prompt delivery for standard size, or under the contract. 

5. Payment term? 
Under the contract. 

6. Other problem? 
You can contact our customer service staff to ask help. 
Contact person:Cathy Zhang

 

HDD Hole Opener

First : PILOT HOLE DRILLING

The pilot hole is drilled from the entry point to the exit point following a previously designed profile and alignment. The Drilling Tools and rig equipment selected for each job is largely determined based on the results of the geotechnical investigation and the size of the crossing (length and diameter). During the pilot hole drilling, a directional guidance system is used to navigate the pilot hole along its pre-designed profile. Marine Support including vessel and dive crew management is essential on Shore Crossing Projects.

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Second : HOLE ENLARGEMENT

In small diameter crossings the pipeline may be directly installed in the pilot hole. However in most cases pilot hole enlarging, known as [pre-reaming," will be necessary. Pre-reaming is required to provide a bore diameter large enough so that the pipeline can be installed in the drilled crossing. Based on the final desired diameter and soil conditions this process may include one or more stages.

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hole opener

Third : PULL BACK

Once the drilled hole has been enlarged to the required diameter and cleaned adequately, the pipeline is installed. When applicable, the pipeline is pre-assembled in a single string and placed on rollers prior to pullback. For pullback, a reamer is connected to the Drill Pipe. Behind the reamer a swivel is connected allowing the drill pipe to rotate the reamer without allowing the transfer of torque to the product pipe. The drill pipe is then pulled back towards the entry point until the pipeline is fully installed.

non-dig hole opener1


HDD Hole Opener

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