Barrels
Barrel materials can be made in nitride or bimetallic types. Manufacture and repair of single or twin barrels, one piece or segmented. Grooved feed sections can be fitted to suit customer needs.
Adding vents and extrusions to existing lines.
There are several combination high corrosion and abrasion resistant alloys in the industry and world. We offer nickel/cobalt base alloy with a high chromium content for the most severe corrosive atmospheres.
Applications:
Highly corrosive environments, acidic salts, material with flame retardants, teflon, blowing agent, PVDF.The standard for bimetallic lining, the is a boron/nickle iron base alloy ideally suited for general purpose wear, particularly for plastics that require good abrasion resistance. There are also superior grade of high abrasive and corrosion plastics.
Injection and extrusion applications requiring general purpose wear and corrosion resistance. (ABS, acrylics, melamine, nylon, phenolic, polycarbonate, polyesters, PE, PP, PS, PVC, PU, SAN).
Developed alloys and Tool steels delivers exceptional abrasion and moderate corrosion resistance. It is a composite alloy consisting of a nickel/chromium matrix with a very heavy concentration of high carbide and nickle Particles.This is applicable for High content of glass-filled/ reinforced compounds, high temperature resins, silicones and multi-purpose machines.
Titan :
The Titan is the industry’s newest alloy that delivers exceptional abrasion resistance and moderate corrosion resistance. It’s also a composite alloy consisting of a nickel/boron matrix with a very heavy concentration of high wear tungsten carbide particles. The tungsten carbide and chromium borides with a Rockwell hardness of over 70 provide exceptional wear resistance.
Applications :
Wear resistant and corrosive applications. Any glass filled/reinforced compounds, high temperature resins, silicones and multi-purpose machines.
We also offer Xaloy bimetallic barrels with varying properties to counteract wear, corrosion or a combination of these particular factors.
