Pulp & Paper Cladding Applications

Debarking Tips  Conforma Clad can increase the reliability of your debarking tips with our infiltration brazed tungsten carbide wear protection. Our clad components last longer and sustain maximum performance levels by maintaining critical component geometries for extended run times.   Features & Benefits Increased Productivity - Extended equipment life results in fewer shutdowns and component changes, lengthening run-times between maintenance windows. Reliable Performance - Our cloth delivery system enables densely packed tungsten carbide to be uniformly applied to complex geometries, providing a protective barrier that wears at a uniform and predictable rate.                           Debarking Components Cladding Specifications Substrates Cladding can be applied to most carbon steels, stainless steels and alloy steels. Temperature   Continuous operation at temperatures up to 1900 degrees F (1038 degrees C) with nominal performance impact. Able to withsatnd transients in excess of 2000 degrees F. Compatibility Compatible with chemicals commonly found in industrial environments, including hydrochloric acid, sulfuric acid and nitric acid.                       Custom Debarking Solutions Conforma Clad will work closely with you to develop a wear solution for your debarking tips. In addition, our brazed tungsten carbide wear protection can be applied to a variety of industrial components that are affected by abrasion, corrosion and erosion. Our team of application and material engineers is available to evaluate your application and recommend a cost effective solution today.   How to Order For questions, request for quotations, or to place an order, please contact our Pulp & Paper Application Engineering team at 888.289.4590 (toll free) or 812.948-2118.    We will need to following information to process your quotation: Component drawing or the actual component, along with dimensions (length, width, height, OD, ID) Substrate or material type. If a casting is involved, please provide material composition. Type (abrasive, corrosive, erosive) and location of wear Current wear protection Explanation of the application, including operating conditions (temperature, pressure, chemical resistance, flow rates, etc.) Material requirements (hardness, surface finish, tensile strength) Quantity required, including annual unit volumes