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Conveyance
Conforma Clad can protect your conveyance system from the affects of severe abrasion, erosion and corrosion. 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.
Common Conforma Clad Conveyance Components:
Features & Benefits
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Conveyance Components Cladding Specifications
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Diameter Range
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Length Range
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| ID Clad |
2" - 30"
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1/2" - 10"
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| OD Clad |
3/4" - 30"
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1/2" - 24'
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Substrates
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Cladding can be applied to most carbon steels, stainless steels and alloy steels. |
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Temperature
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Continuous operation at temperatures up to 1900 degrees F (1038 degrees C) with nominal performance impact. Able to withsatnd transients in excess of 2000 degree F.
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| Compatibility |
Compatible with chemicals commonly found in industrial environments, including hydrochloric acid, sulfuric acid and nitric acid.
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Custom Conveyance Solutions
Conforma Clad will work closely with you to develop a wear solution for your specific conveyance system. 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:
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Component drawing or the actual component, along with dimensions (length, width, height, OD, ID)
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Substrate or material type. If a casting is involved, please provide material composition.
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Type (abrasive, corrosive, erosive) and location of wear
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Current wear protection
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Explanation of the application, including operating conditions (temperature, pressure, chemical resistance, flow rates, etc.)
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Material requirements (hardness, surface finish, tensile strength)
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Quantity required, including annual unit volumes
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