Place of Origin: Shandong China (Mainland) Brand Name: Combimake Model Number: HWP100 10+6
Application: Wear resistant Shape: According to Drawings Material: Hign Chrome Allay Steel
Dimensions: As per your request Chemical Composition: Cr, Mn, W, Ni, Nb, Al, Cu Color: Any color
Packaging & Delivery
Packaging Detail : Packing by stillage
Delivery Detail Within 30 days (As per your request)
Wear (Resistant ) Steel Plate:
1) High stength
2) Protected from rusting
3) HRC 52- 62
4) Resurfacing welding
Our resurfacing welding Hard Wear Plate TM (wear steel plate) combined with the specially formulated hardfacing alloys produces the harder, tougher and better wear resistant plates. The low carbon steel base plate enables the plate to be welded, bolted or studded to existing structures, while the hardfacing provides the premier wear- resistant surface capable of working in all applicable service conditions at either ambient or elevated temperatures. Due to its excellent properties, long- lasting service life and superb performance.
Hard Wear Plate TM is wildly used in various kinds of industries such as steel- making, mining, power plant, cement industry, dredging and so on where good resistance to abrasion, gouging, grinding and impingement erosion, cavitation and flow- assisted solid particle erosion. The optimum application of the composite plate includes large- area wearing- related equipments for storage,
transportation or conveyance. In general, the base metal of Hard Wear Plate TM is either a low carbon steel or low alloy steel with the thickness of 6- 40 mm while the deposit is Hard Wear
Plate TM specially formulated hardfacing material with the thickness of 4 mm to 10 mm . The wear plate can be manufactured according to customers requirements, including the size and shape of the composite plate, the type and thickness of the base metal and the type of the hardfacing material, or the standard size plate can be purchased from Selection Guide according to customers working conditions and applications and be further welded or formed following the Welding & Forming Guiding below:
Cutting: The wear plate can be cut into required shape and size using plasma- arc. Bending: The wear plate can be bent into the proper arc- shape or cone in the assist of a press or roller. Welding: The base metal of the wear plate has good weld ability. The wear plates can be welded together to form butt joints or can be welded onto other steel components. Plug- Joint: The wear plate can be joined to other structure using plug- form through cutting a hole in the wear plate using either plasma arc or carbon arc and then being plug- welded together. Bolting: The wear plate can be bolted onto other structure. The bolt hole (s) can be pre- designed in the wear plate according to customers drawing or requirements and the wear plate is joined with other components using countersunk bolts.
Also, bolts can be re- placed on the base metal of the wear plate by flash, arc or stud welding, and then the wear plate can be directly bolted onto other components. Our company is a professional enterprise specializing in the production and processing of all kinds of wear- resistant steel sheets. Our company has a fully automatic production line. The wear resistance of our steel plates is 2- 3 times more than ordinary wear- resistant plates on average. Our products are widely used in cement, steel, electric power, shipbuilding, fans, mining machinery, and chemical machinery industry. We are pleased to offer the Hard Wear Plate TM with superior forming, welding and wear characteristics. Our steel plates with high Brinell hardness (BHN) ratings are particularly applied in the mining equipment, earth moving equipment, ore and aggregate processing in cement plants, thermal power plants, or iron and steel plants.
