Name: Overlay Abrasion Steel Plate
Uploaded: 2021-07-11T01:46:27+08:00
Description: Many chromium carbide alloys check-crack when cooled to moderate temperatures; this is normal. Other

Product Attributes
Supply Ability & Additional Information
Packaging & Delivery

Product Attributes

Model No.: Wear Plate-HP700

Brand: HP Plate, HP Welding

Supply Ability & Additional Information

Packaging: Steel frame & steel belt fastened

Transportation: Ocean,Land

Place of Origin: China

Supply Ability: 500 tons per year

Certificate: ISO9001: 2015

HS Code: 72109000000

Port: Shanghai,Tianjin,Qingdao

Payment Type: L/C,T/T,D/P,Paypal,Money Gram,Western Union

Incoterm: FOB,CFR,CIF,EXW,FCA,CPT,CIP

Packaging & Delivery

Selling Units:

Kilogram

Package Type:

Steel frame & steel belt fastened

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15S 4on6.mp4

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HP_ Welding Rebuild 14S.mp4

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Wear Plate 6+4 20220705

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Many chromium carbide alloys check-crack when cooled to moderate temperatures; this is normal. Other alloys, such as the austenitic and martensitic, do not crack when applied properly. Check cracking can be seen as cracking perpendicular to the bead length. This occurs by the high stress that is experienced when the weld metal cools. The cracking stops at the parent metal underneath, as long as the parent metal is not brittle. If the parent metal is hard or brittle, you should choose a buffer layer of a softer, and tougher, weldmetal.

Company Information

HP Plate (Huifeng Wear Resistant Industry Co., Ltd.) was founded in 1994, as the former Taiwan's Upking-Kurimoto Ltd., led by the president Mr. Zhang Kun-Mou. Using the world-famous Japanese KURIMOTO hardfacing welding patented technology, with welding materials produced by Vautid GmbH, HP Plate has become the most successful experts specializing in production and sales of hardfacing welding overlay plates.

HP Product Range:

wear plate

HP Laboratory

HP Certification:

wear plate

Comparison_HP Plate vs Other Plate

Contact us:

Our Services

1) Wear Resistant Plate & Hardfacing Pipe

2) Fabriction parts including Liner, Dredging Pipe & other customised parts

3) Flux Cored Wire

4) Vertical Mill Components (Rollers & Table Liners)

5) HP Wear Plate & Hardfacing Pipe

6) HP Wear Parts

7) Flux Cored Wire & Welding Recondition

FAQ

Question: Can I cut or drill a hole in an HP overlay plate?

Answer: No. The chromium-carbide layer is not drillable or machineable. When necessary, you may be able to cut it with plasma, waterjet, or arc-gouging.

Question: Is it normal to see cracking in hardfacing plating?

Answer: It depends on the hardfacing alloy. Many chromium carbide alloys check-crack when cooled to moderate temperatures; this is normal. Other alloys, such as the austenitic and martensitic, do not crack when applied properly. Check cracking can be seen as cracking perpendicular to the bead length. This occurs by the high stress that is experienced when the weld metal cools. The cracking stops at the parent metal underneath, as long as the parent metal is not brittle. If the parent metal is hard or brittle, you should choose a buffer layer of a softer, and tougher, weld metal.

Question: What are the most popular methods for applying hardfacing?

Answer: The most popular methods include: flux cored arc welding (FCAW), gas metal arc welding (GMAW), shielded metal arc welding (SMAW), submerged arc welding (SAW), gas tungsten arc welding (GTAW), oxyfuel welding (OFW) or oxyacetylene welding, plasma transferred arc welding, laser welding, thermal spray, and brazing. FCAW and GMAW may have similar levels of popularity. However, there is a growing preference to use semi-automatic and automatic welding methods.

Question: What metals can be protected with hardfacing?

Answer: Carbon and low-alloy steels with carbon contents of less than 1 percent can be hardfaced. High-carbon alloys may require a special buffer layer. Some of the base metals that can be hardfaced include: stainless steels, manganese steels, cast irons and steels, nickel-base alloys, copper-base alloys.

Question: What is hardfacing?

Answer: Hardfacing is also known as hardsurfacing. It is the process of adding wear-resistant weld metals to the surface of a metal part to protect it from wear and abrasion. Adding the weld metal plates can be achieved through welding or joining.