|   Zell-Metall Engineering Plastics ZELLAMID® 1100 OIL at 50% RH  Subcategory: Nylon; Thermoplastic; Nylon 6; Polymer Material Notes: Zellamid® 1100 OIL: A new type of cast nylon produced by addition of a special oil to the polymer structure. By laboratory test it was proven that this second generation oil filled product dramatically reduces friction in comparison to standard cast nylon.
 This means that Zellamid® 1100 OIL is particularly well suited for sliding parts under high load and increased speed. The specific advantages of Zellamid® 1100 OIL against Zellamid® 1100 are as follows: Zellamid® 1100 OIL features a homogeneous distribution of the lubricating oil during polymerization. Therefore the improved sliding properties remain, even after machining and part wear. The p. v. value may be used as a guideline to determine the loading capacity of slide bearings at a certain velocity. The values mentioned in the attached data sheet apply for the material combination of Zellamid® and metal for continuous use when heat is well conducted and environmental temperature is normal. Higher are permissible when on is intermittent.High degree of self lubrication.Low static coefficient of friction.Low dynamic coefficient of friction.Reduced heat build-up.Better wear and enormously increased part life due to less heat build-up in the area of friction.Reduced moisture absorption (about 5% for Zellamid® 1100 OIL vs. 6-7% for Zellamid® 1100).Increased dimensional stability.
 When using additional lubricants with Zellamid® 1100 OIL, the external lubricant influences the coefficient of friction to a very high degree. It can be reduced to 0.05. Consequently, the p. v. value may be increased. The advantages of the integrated lubrication of Zellamid® 1100 OIL are particularly noticeable when there is a combination of static and dynamic friction, especially when external lubrication is insufficient or imposible. Zellamid® 1100 OIL is supplied in yellow colour for easy identification. 
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    | Available Properties |  
    | DensityMoisture Absorption at EquilibriumWater Absorption at SaturationHardness, Shore DTensile Strength at BreakElongation at BreakTensile ModulusCharpy Impact, NotchedCoefficient of FrictionTensile Creep Modulus, 1000 hoursVolume ResistivitySurface ResistanceDielectric ConstantDielectric StrengthDissipation FactorComparative Tracking IndexCTE, linear 20°CSpecific Heat CapacityThermal ConductivityMelting PointMaximum Service Temperature, AirMinimum Service Temperature, AirTime yield limit
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    | Property Data |  
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