Anti-Sticking Wear-Resistant Coating

Mainly used in coating machines, printing machines, printing and dyeing machines, tape production machinery, diaper production machinery and other transmission rollers. Usually, some drive rollers of these equipments need to contact the glued surface, printing surface or printing surface, and the undried printing surface and printing surface are easy to contaminate the roller and affect the surface pattern of the product.

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Fiber Wear-Resistant Coating

Plasma sprayed ceramic materials are mainly used, mainly aluminum oxide titanium and chromium oxide series oxide ceramics. This kind of material has high hardness, corrosion resistance, and certain toughness. It has excellent and stable wear resistance and wear reduction performance under the condition of insufficient lubrication and heat dissipation. The coating structure is dense, and the surface can be polished to an "orange peel"-like surface morphology with controllable roughness, and has an appropriate friction coefficient, so that the spinning fiber can obtain moderate twist and tension. At the same time, the coating has semiconductor properties, which can eliminate static electricity caused by fiber friction.

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Hard Surface Wear-Resistant Coating

The coating includes plasma spraying ceramic wear-resistant coating and supersonic flame spraying carbide cermet coating.

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High Temperature Coating

The ceramic materials which plasma spraying ceramic thermal barrier coating use are mainly yttria partially stabilized zirconia, silicon oxide and aluminium oxide. Thermal barrier coating has excellent high temperature resistance, low heat conductivity, good high temperature gas erosion resistance and thermal shock resistance. It can work stably under the temperature of 800-1600℃. It lets the high temperature alloy substrate have “fireproof armor” and prolongs the service life of the substrate material.

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Insulating Coating

Thermal spraying material of insulation coating mainly is series of alumina ceramic material. This material’s resistivity is high. Its dielectric constant can reach 12 and dielectric strength can reach 1069V/ 0.1mm at most. When the thickness is less than 1mm, it can withstand voltage 2500V under the temperature of 1300℃. It meets the requirements of electric insulation under the high temperature. And at the same time, this material has excellent performance of high hardness, good wear resistance, high temperature resistance and corrosion resistance etc.

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Conductive Eco-friendly Coating

The plasma sprayed conductive environmental protection coating uses a titanium oxide ceramic material called Magneli phase structure. This coating has unique physicochemical and electrochemical properties, especially excellent chemical stability and corrosion resistance, and at the same time has high conductivity of metal-like materials, and is currently the most chemically resistant conductive material.

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Self-lubricating Abradable Seal Coating

This coating material is a kind of material which compounds metal material and nonmetal material together. Metal material has the performance of high structural strength, high erosion resistance and easy to coat etc. Familiar ones are nickel, copper, chromium, aluminum etc. and their alloys. Nonmetal material’s abradability is strong and has good self-lubricating property. Familiar ones are polyphenyl ester, graphite, diatomaceous earth, bentonite, hexagonal boron nitride etc.

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Wear-Resistant Coating

This coating includes plasma spraying ceramic wear-resistant coating and supersonic flame spraying carbide cermet coating.

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Cermet Composite Coating

HVOF coating is mainly composed of carbide cermet.    The materials used mainly include: WC-Co, WC-10Co-4Cr, WC-NiCr, Cr3C2-NiCr and other cermets. HVOF coating has the characteristics of dense coating, low porosity, high bonding strength, high hardness, good toughness, high temperature resistance and so on.

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Metal Alloy Coating

涂层导电导热性能特别优异，可作为各种电器触头、接线头涂层，热交换装置导热涂层应用。

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