Yellow Polyamide Nylon Rod for Plastic Bearings

Yellow polyamide nylon rod for plastic bearingsDescription
Nylon is the most widely used engineering plastic in the current market. With its good mechanical properties, wear resistance and self-lubricating function, it is widely used in the mechanical structures and spare parts .We can also fill the glass fiber and some other fillers to improve its properties, such as improving its rigidity, wear resistance and impact resistance.
Characteristics
-Excellent wear resistance
-Good sliding properties
-High strength and toughness
-Self-lubricating
-Resistant to oil, weak acid and alkali
-Shock absorption
-Noise absorption
-Good electrical properties
What's the difference between cast nylon and extruded nylon ?
The main difference is the manufacturing process. Cast nylon products are manufactured by a series of chemical reaction process. This allows products with extremely large dimensions and custom cast parts to be manufactured. Cast nylon owns better size stability and less water absorption. The crystallinity is greater so that wear resistance and machinability are better. Extruded absorbs more moisture and is thus tougher and has higher impact and vibration damping properties.
Applications
Gears
Gears made of nylon run quieter and wear longer without lubricating on processing equipment. (Prior materials: Bronze and steel)
Nozzle
MC nylon can save fabrication time and cost in this port cap and diffuser nozzle application. It only weighs only 1/7 the former parts making parts easier to handle and install. (Prior material: Stainless Steel)
Wear Pads
Wear pads made of nylon are light weight, able to bear heavy loads, are non-abrasive to mating surfaces. (Prior material: Bronze and cast iron covered with UHMW-PE)
Rollers, Wheels, Wear Components
Nylon offers better wear resistance, compressive strength and fatigue resistance than other materials in a variety of wear applications. (Prior materials: Steel, Aluminium, UHMW-PE, Injection Molded Nylon)
Technical Data SheetPROPERTIESTest MethodUnitValueI.Physical PropertiesDensityISO 1183g/cm31.15~1.2Water absorption 24hrsISO 62%2.5II.Thermal PropertiesHeat deflection temperature - HDT/AISO 75AºC95Min. service temperatureºC-30Max. service temperatureºC105Thermal conductivity at 23 ºCDIN 11359W/(K*m)0.23Coefficient of linear thermal expansionISO 1135910-4*K-10.8Flammability Rating(6mm thickness)UL 94-HBIII.Mechanical Properties at 23ºCTensile strength at yieldISO 527-2MPa80Tensile strength at breakISO 527-2Mpa-Elongation at breakISO 527-2%3Modulus of elasticity after tensile testISO 527-2MPa3,300Modulus of elasticity after flexural testISO 178MPa-Hardness - Shore DDIN 5350584Charpy impact strengthISO 179kJ/m2N. B.Friction coefficientDIN 533750.36IV.Electrical Properties at 23ºCDielectric constant at 1 MHzIEC 60250106Hz3.70Dielectric loss factor at 1 MHzIEC 60250106Hz0.03Volume resistivelyIEC 60093Ohm (Ω) * cm≥1015Surface resisivelyIEC 60093Ohm (Ω)≥1013Dielectric strengthIEC 60243-1kV/mm50NOTE: 1 g/cm3 = 1,000 kg/m3, 1 Mpa = 1 N/mm2, 1kV/mm = 1 MV/mStatement:Property data contained herein are typical values of resin for your reference and comparison purposes only. PRIOR will not provide any legally binding guarantee of certain properties, or any suitability.