Name: PA6 1013B (PA6) Molecular formula: [-NH-(CH2) 5-CO] n-traits: milky white translucent or near crystalline polymer that features: thermoplastic, light weight, toughness, resistance to chemicals and durability burning methods of identification: blue yellow flame, burning smell solvent plant experiments: anti-cyclohexanone and aromatic solvent density: 1.13g/cm3 melting point: 215 ℃ thermal decomposition temperature:> 300 ℃ equilibrium water absorption: 3 0.5% with good wear resistance, self lubrication and solvent resistance. Density: (g/cm3) 1.14-1.15 Melting point :215-225 ℃ Tensile strength:> 60.0Mpa Elongation:> 30% of the bending strength: 90.0Mpa notched impact strength: (KJ/m2)> 5 PA6 Applications : Industrial production in the pan for the manufacture of bearings, round gears, cams, bevel gear, a variety of rollers, pulleys, pump impellers, fan blades, worm gear, propeller, screw, nut, washer, high pressure seals, oil seals film, oil containers, housings, hose, cable jacket, shearing machine pulley sets, shaper slider, electromagnetic distribution of seats, cold Chen equipment, gaskets, bearing cage, cars and tractors on various pipeline , Detroit, ropes, belts, textile machinery and industrial equipment, zero fog materials and commodities and packaging films.
Chemical and physical properties:
PA6 and PA66 chemical physical characteristics very similar, however, its low melting point, and the process temperature range is very wide. Its impact resistance and anti-solubility better than PA66, but also more moisture. Because many of the quality of plastic parts will be subject to moisture absorption characteristics of the impact, so use the PA6 design of the product to fully take this into account. In order to improve the mechanical properties of PA6, often adding a variety of modifiers. Glass is the most common additive, and sometimes also added to improve impact resistance synthetic rubber such as EPDM and SBR, etc. For products without additives, PA6 shrinkage of 1% to 1.5%. Glass fiber additives can reduce the shrinkage to 0.3% to 0.5% (but perpendicular to the direction and process even slightly higher). Forming the main assembly of the shrinkage and moisture absorption by the material crystallinity effects. Shrinkage and also the actual design of plastic parts, wall thickness and other process parameters as a function of.
Read more: PA6 1013B for sale
Chemical and physical properties:
PA6 and PA66 chemical physical characteristics very similar, however, its low melting point, and the process temperature range is very wide. Its impact resistance and anti-solubility better than PA66, but also more moisture. Because many of the quality of plastic parts will be subject to moisture absorption characteristics of the impact, so use the PA6 design of the product to fully take this into account. In order to improve the mechanical properties of PA6, often adding a variety of modifiers. Glass is the most common additive, and sometimes also added to improve impact resistance synthetic rubber such as EPDM and SBR, etc. For products without additives, PA6 shrinkage of 1% to 1.5%. Glass fiber additives can reduce the shrinkage to 0.3% to 0.5% (but perpendicular to the direction and process even slightly higher). Forming the main assembly of the shrinkage and moisture absorption by the material crystallinity effects. Shrinkage and also the actual design of plastic parts, wall thickness and other process parameters as a function of.
Read more: PA6 1013B for sale
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