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Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate

China Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate, Find details about China Plate, Steel Plate from Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate

Model NO.
HART-P-200
Technique
Hot Rolled
Application
Container Plate
Special Use
Wear Resistant Steel
Stock
Stock
Wear Resistance
High Wear Abrasion Resistance
Flatness Tolerance
±3mm/M
Impact Resistance
Medium
Hardfacing Layer
High Chromium High Carbide Overlay
Trademark
HART Industry
Transport Package
Steel Frame or as Required Package
Specification
Stock Thickness: From 3+3 to 30+30mm
Origin
Shandong, China
HS Code
7210500000
Model NO.
HART-P-200
Technique
Hot Rolled
Application
Container Plate
Special Use
Wear Resistant Steel
Stock
Stock
Wear Resistance
High Wear Abrasion Resistance
Flatness Tolerance
±3mm/M
Impact Resistance
Medium
Hardfacing Layer
High Chromium High Carbide Overlay
Trademark
HART Industry
Transport Package
Steel Frame or as Required Package
Specification
Stock Thickness: From 3+3 to 30+30mm
Origin
Shandong, China
HS Code
7210500000
Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate
Chromium carbide overlay bimetallic seamless submerged arc hardfacing welding composite plate
 

HART Plate is manufactured by depositing chromium-rich, abrasion-resistant materials on mild steel base plate using a traditional arc welding process. This product is usually referred to as chromium carbide overlay (CCO) plate on the market. The hardfacing overlay is suitable for severe abrasive wear and impact applications. Qingdao HART Industrial Technology Co.,Ltd was established in 2003, it had a long history of providing innovative wear solution and world class wear products.

The ultimate hardfaced product for your application depends on the material--whether rock, sand, gravel or other substance--striking or sliding along the surface of your wear part. It also depends on the angle and speed of impact as well as the operating temperature.
NOPRODUCT ITEMDESCRIPTIONAPPLICATION
1HART-P-200Chromium Carbide Overlay PlateSliding Wear
2HART-P-100Chromium Carbide Overlay PlateSevere Sliding Wear
3HART-P-80Complex Carbide Overlay PlateExtreme Sliding Wear

Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate
Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate
 
[Technical Specification Of HART-P-100 ]

1. Base Material:
ASTM A36(Q235B), ASTM A529A(Q345B) , other weldable steel is optional;
Base thickness: 3 to 30 mm
2. Hardfacing Layer: 
Chromium carbon alloy on Fe basis(austenite)
Bulk hardness : >630HV
Mean hardness : >55HRC    
Layer thickness: 3 to 30 mm
3. Welding Processes:
Advanced open arc welding and submerged arc welding
4. Alloy Description: 
Austenitic chrome carbide iron(Chromium white iron)
5. Carbide Hardness:
>1500HV
6. Volume Fraction of Carbide: 
>30%
7. Chemical Composition: 
Carbon:3-6%
Chromium:18-34%
*Various alloys to be used depend on different operating condition and applications.  
ThickC%Cr%Mn%Si%HRC 
3 on 33~418~200.5~10.5~156~58 
3 on 43~418~200.5~10.5~156~58 
3 on 53~418~220.5~10.5~158~60 
3 on N3.5~4.520~250.5~10.5~158~62N>5
4 on N3.5~4.520~250.5~10.5~158~62
5 on N4~623~250.5~10.5~158~62
6 on N4~624~280.5~10.5~158~62
7 on N4.5~624~280.5~10.5~158~62
8 on N4.5~624~280.5~1.50.5~158~62
9 on N5~626~300.5~1.50.5~160~64
10 on N5~626~300.5~1.50.5~160~64
11 on N5~626~300.5~1.50.5~160~64
12 on N5~626~340.5~1.50.5~160~64
 N on N5~626~340.5~20.5~160~64N>12

8. Microstructure: 
Composed of a high proportion of extremely hard primary M7C3 chromium rich carbides dispersed in a ductile eutectic austenite matrix.
Maintains 30% to 50% of primary carbides to provide a good wear resistance and homogenous bonding.
Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate

9. Typical Applications: 
HART-P-100 Plate is widely used in the mining, power generation(Coal), cement, dredging, steel production, waste handling, glass production, and pulp and paper industries. Some specific applications include:
INDUSTRYAPPLICATONS
MiningChutes, hoppers, liners for truck beds, dozer blades, shovel buckets, dragline buckets, excavators
CementSeparator guide vanes, discharge cones for clinker storage bins, chutes for sintering ore conveying, outlet ducts for clinker grinding mills, receiving hoppers
DredgingDredging pipes and pumps, suction pipelines, pump discharges
SteelDredging pipes and pumps, suction pipelines, pump discharges
PowerCoal handling chutes, coal feeder liners, crusher screen plates, classifier cones, journal liners, silo bunkers
Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate
Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate

10. Wear properties of HART-P-100 (ASTM G65 and SGS test report)
*ASTM G65 is a standard test measuring sliding abrasion resistance using a dry sand/rubber wheel apparatus.
HARDBANDING ALLOYASTM G65 -- WEIGHT LOSSHARDNESS (Rc)
10+10-80.162 g/6000 revs64.7
10+10-40.183 g/6000 revs63.7
10+10-20.149 g/6000 revs64.0
Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate


11. Service
SERVICEDESCRIPTION
Cutting

1. Can be cut by plasma, laser, water jet, arc gouge, and abrasive saw cutting;
2. Cannot be cut by oxy-fuel.

Welding
1. Use 480 MPa (70 ksi) or 560 MPa (80 ksi) consumable to join base metal;
2. After welding, joint should be capped by overlay for wear protection.
 
Machining
1. Not machinable by conventional methods;
2. Can be finished by grinding only;
3. Countersunk holes can be precisely produced by EDM (Electrical Discharge Machining).
 
Forming
1. Commonly formed with overlay to the inside;
2. For pipes with diameters smaller than 0.6m (24"), hardfacing pipe recommended instead of pipes fabricated from hardfacing plate.
 
Drilling
1. When drilling, the distance between two holes should be at least 15mm (5/8''); otherwise, the partition may not be strong enough and can crack;
2. The minimum diameter of holes should be equal to the thickness of the plates. For thicker plates with a total thickness over 20mm (3/4''), the minimum diameter should be 1.5 times the thickness of the plate.
 

12. Testing and quality control
We documented how the product properties are tested in order to make sure the overlay plates fulfil the specified product properties. Including documentation on 3d party's quality system if calibration and testing is performed by 3d party.
Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate

13. Packing and loading

Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate
Chromium Carbide Overlay Bimetallic Seamless Submerged Arc Hardfacing Welding Composite Plate

 

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