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WS 2
| RELEASE COATINGS |
| TEFLON® |
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Teflon® coatings provide acid, wear and corrosion resistance to many types of components. Its nonstick, easy-to -clean properties prevent residue buildup and produce higher performance parts. Teflon® coatings spray on like paint and bake to a tough, inert finish and have gained acceptance in a wide range of industrial applications. |
| Rotational Mold | |
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| Rotational Mold |
| Properties of Teflon® |
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| Low Coefficient of Friction (0.02-0.05) | |
| Chemical Inertness | |
| Operating Stability -270° C to 230° C | |
| Excellent Dielectric Stability | |
| Low Dissipation Factor | |
| High Surface Resistivity | |
| Non stick / Release / Non Wetting | Nozzles |
| XYLAN® |
| Xylan® has excellent adhesion to a variety of materials including but not limited to steel, aluminum, brass, copper, ceramic, wood and fiberglass. With a low coefficient of friction of 0.02, it has remarkable release properties. It is also wear, corrosion (salt water, road chemicals, etc.) and weather resistant. It exhibits a wide operating temperature range of -240° F to 550° F. An extensive color range is available to personalize the product. |
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| EXCALIBUR® |
| When the application demands the best of release and low friction combined with superior ability to resist all types of abrasive wear, this fluoropolymer coating is superior. Normal fluoropolymer coatings are layered over the substrate with minimal surface preparation (surface cleaning and perhaps abrading). Conventional coatings can wear quickly and lose the low friction, release and corrosion resistance needed. Excalibur® is a unique system. First the substrate is blasted with an abrasive to roughen it. A patented stainless steel alloy is arc-sprayed onto the roughened surface. When cooled and hardened, this alloy bonds to the surface providing a permanent base for the Excalibur® coating. The tough fluoropolymer coating permanently adheres to this surface. Excalibur® is used in the commercial food industry (cookware, bakery equipment, canning machinery, heat sealing bars and plates, packaging equipment, etc.) plus has many industrial applications as well (abraders, agitators, conveyors, earth moving machinery, motorway paving equipment, reactor vessels, rotary pumps, snow release, textile machinery, valves, washers, etc.). |
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| Cheese Mold | Cable Connector Molds |
| WS 2 |
| Tungsten Disulfide (WS2) is a solid lubricant that does not depend on absorption for its lubricating qualities. Offering exceptional advantages to the plastics industry, WS2 is used to solve problems concerning mold release and flow. For more information see WS2. |
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| SILICONE |
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Silicone provides one of the best release coatings of any material. It is particularly good on rubber and epoxy. |
| PTFE |
| Polytetrafluoroethylene coating provides a good mold release for many materials. Low friction, good wear and a non-wetting surface are some of its attributes. |
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| FLUORINATED ETHYLENE PROPYLENE (FEP) |
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FEP is used when the job calls for excellent non stick features. It is also chemical and corrosion resistant. The material is applied as a powder that melts to form a non-porous film. The one drawback to this coating is its low abrasion resistance. |