High Chromium White Iron Wear Button 60mm WB60, Wear Buttons & Donuts, 700 HB / 63 HRc Wear-resistant Parts, Laminated 700 HB / 63 HRc Wear Buttons, Chocky bars & Wear buttons & Wear blocks, High wear-resistant tungsten carbide wear buttons China supplier
High Chromium White Iron Wear Button 60mm Description
Part No.: WB60
60mm (2 3/8″ diameter) wear button, 700 brunell high chromium white iron with a weldable mild steel backing plate; This wear button is 1.19″ tall, .78″ thick of white iron and .39″ thick of the mild steel backing plate.
Weight 1 lb 0.45 kg
Wear Buttons & Donuts are easy to use and install in applications ranging from specific wear protections on buckets and GET for loaders, excavators and draglines, to conveyor transfer points and chutes.
Wear Buttons are a perfect solution for those hard to fit locations for they are easy to use and install with no pre or post heating when welding. Available in a wide assortment of sizes, the circular wear buttons can effectively be used on a variety of buckets, loaders, excavators, draglines and bolt protection to name only a few of the countless applications. Perfect for adaptor protection, they can be used at conveyor transfer points in any layout of pattern designed to suit your particular wear area providing maximum protection while minimizing the effects of heavy impact.
Ideal For Smaller Areas Within The Conveyor System, chocky blocks
Wear Buttons are the perfect alternative to expensive, labor intensive hard facing or the need to cut wear strips from full sheets of wear plate. Ideal for smaller areas within the conveyor system requiring wear resistant material.
Ideal for smaller areas within the conveyor system requiring wear resistant material.
Requires less welding time and material than conventional wear plate.
Available in diameters from 60mm up to 150mm.
Easy to use and install with no pre or post heating.
Ideal for specific wear protection on buckets, to conveyor transfer points and chutes.
Product Benefits:
Lower operating costs
Longer Service when compared to conventional materials
Increased production
Improved product efficiency
Increased equipment availability