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AbrasaPlate Wear Plate - Extreme Abrasion Resistance

Avwelds AbrasaPlate® is a high quality chrome-carbide weld overlay (CCO) wear plate, used for applications requiring severe abrasion and wear resistance. It is available in various dimensions of clad hardfacing overlay, and mild steel backing plate. It is easy to Astralloy TRIP-L-TUFF® Chromium Carbide Overlay Wear PlateThe overlay consists of predominantly hard chromium carbides in a tough iron-base matrix. Nominal hardness is 555 653; microhardness of chromium carbide is 1800 VPH. Trip-L-Tuff combines a super hard, tough surface on a ductile and weldable mild steel backing to provide the ultimate wear-resistant plate.

Avoid 3 Common Mistakes Installing Chrome Carbide Wear

Feb 26, 2020 · The mild steel backing plate is not hard and will quickly wear away. Without the base for support, the carbide surface falls away; leaving no abrasion protection, results in premature failure and unplanned downtime. A. Not hardfacing or capping the structural welds retaining the overlay plate. This is the primary cause of most CCO failures. Bimetal Welding Chromium Carbide Overlay (CCO) Clad Bimetal Welding Chromium Carbide Overlay (CCO) Clad Wear Plates 1, General Description Chromium carbide composite cladding fusion bonded to a mild steel backing material. The deposit has been realized by means of oscillated welding and a wear resistant coating applied by submerged arc welding. Chrome Carbide Overlay Plate - CS Wear Resistant Material The high abrasion resistance is provided by the hard chromium carbides that protect the matrix from abrasive wear. The standard backing material for CCO is mild steel, the backing plate acts as a ductile base, which offers good impact resistance & toughness and allows CCO to be formed and shaped without damage to the overlay material.

ColWear Plates:Hard, Smooth, Lighweight - Wall Colmonoy

ColWear Plates are smooth, crack free, lightweight, have minimal dilution, and provide hardness down to the fusion line. ColWear Plates lightweight, thin construction from a weldable mild steel or stainless-steel backing plate enables ease of handling, forming and fabrication, and can be used in a wide range of industries and applications. THE LATEST IN OVERLAY TECHNOLOGY - SSAB Wear A complex carbide overlay deposited on a mild steel backing plate for severe sliding wear and moderate impact applications up to 600C (1100F). Bulk hardness:60-65 HRC Carbide hardness:2500-3000 HK Volume fraction of primary carbides:30-50% ASTM G65-Procedure A weight loss:0.12 g max. A complex carbide overlay deposited on Hardox 450 The different types of wear plates and their uses Cutting Edges chromium tungsten carbide wear plates Like chromium carbide wear plates, these tungsten carbide wear plates consist of a duplex material composed of a chromium tungsten carbide alloy welded into a mild steel base. Undissolved tungsten carbide particles are

Ultraclad 800 Total Carbide Saturation Special Steel

The material of Ultraclad 800 overlay plate gave an abrasion ratio of 20.2 to 1 over mild steel at 565 degrees Celsius. In such hot tests it has exceeded all commercially feasible material available. Tests in service in an iron ore chute gave 21-1 superiority over hard wearing resistant steel. Wearplate E CatalogueVidaplate chromium carbide overlay plate can significantly cut down wear problems. It consists of fine grain carbides on a mild steel backing plate and offers excellent cost effectiveness. Vidaplate has been shown to outlast mild steel 12 times and AR plate up to 5 times in the most highly abrasive areas. Wodon premium welded overlay wear plates, WD1000 Mild steel C ERTIFIED QUALITY Supported by patent technique, Wodon brand chromium carbide overlay clad plates have become the representative of high quality wear plates, well known for its superior abrasion and impact resistance.

Ergotem Wear plates

Wear plates ABRAPLATE ®, ERGOTEMs bi-metallic wear plate, is a unique chromium carbide overlay plate on a mild steel base. Its excellent wear and abrasion resistant properties ensure extended service life of equipment, while reducing maintenance costs.