Codiac Coatings Composite Diamond Coating (CODIAC) is a regenerative layer of an electrolessly plated matrix, usually a nickel/phosphorus alloy, with finely divided particles uniformly dispersed in it. The particles are uniform in size, and range from 0.1 to 10 microns. Coatings may contain up to 50% diamond by volume, though standard diamond content is in the 20 to 30% range. The nickel matrix alloy most commonly used is made up of 90-93% nickel and 7-10% phosphorus.
Microlon 1052 Coatings Formulated specifically for high pressure industrial/mechanical wear applications, Microlon 1052′s unique chemistry provides dependable, bonded lubrication for bearing surfaces subjected to extreme pressures . . . . . up to 150,000 psi. Highly loaded gate valves, valve stems, platens, and bridge bearing pads (all of which may operate in chemical and/or corrosive environments) illustrate areas which require 1052′s special properties.
Microlon 1052 remains functional under these conditions because its dual lubricants are evenly distributed in the most durable, thermoset polymer available. Conventional lubricants are simply inadequate under such adverse conditions. Even the versatile fluorocarbon finishes (FEP, PTFE, PFA) are unsuited to extreme pressure applications because of their tendency to ′′cold flow′′.
Microlon 2610 Coatings Microlon 2610 is a resin-bonded dry film lubricant which is used to a variety of industrial and consumer applications. The coating is a codispersion of molybdenum disulfide (MoS2) and a matrix of other lubricants in a thermosetting resin solution. Microlon 2610 is designed to produce a tough, low friction coating with high wear resistance and is capable of withstanding continuous service temperatures of up to 500°F (260°C).
Microlon 2610 provides exceptional lubricity and wear resistance for metal to metal applications. It can be applied to any metal surface and may be combined with a zinc phosphate pretreatment for added corrosion resistance and better wear properties.
WS2 Coatings The Spiral Flow Study and Analysis was conducted totally independent of M.S.C. influence or guidance and in strict compliance with SPE procedures. All test resins were run to their manufacturer′s specifications.
The study was conducted to quantity flow enhancement afforded by the WS2 coating when applied to Injection, blow and extrusion tooling.
Over the course of four years virtually all WS2 Quality due to reduced required operating significantly lower operating costs resulting from faster cycling and increased tool life Because the four year performance record is so consistently favorable we ara able to rot only claim substantial user benefits-we guarantee them.
The following lest data includes the most enhancement provided by WS2. A standard MUDD spiral tool was used for the study.
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