Factory wholesale Pom 100p - Fiber grade modified nylon PA6 Hunan Yuehua YH800 – TINCHAK
Factory wholesale Pom 100p - Fiber grade modified nylon PA6 Hunan Yuehua YH800 – TINCHAK
Factory wholesale Pom 100p - Fiber grade modified nylon PA6 Hunan Yuehua YH800 – TINCHAK Detail:
Product parameters
Mechanical performance rating unit test method
Rockwell hardness 72.2 ASTM d785
Bending strength 86.6 MPa ASTM D790, ISO178
Bending modulus: 2087 MPa (ASTM D790 / ISO178)
Tensile strain
Fracture 148.1% ASTM D638, iso527
Tensile strength 60.7 MPa ASTM D638, iso527
Unit test method for impact performance rating
Charpy Notched Impact Strength
23°C 20.1 J/m ASTM D256 , ISO179
Physical performance rating unit test method
Water absorption
23°C/24H <0.07 % ASTM D570, ISO62
Melt mass flow rate
200°C, 5.0kg 2.85 g/10min ASTM D1238 , ISO1133
Shrinkage: 0.93%, ASTM D955
Density 1.156 g / cm3 ASTM D792, iso1183
Thermal performance rating unit test method
Melting point: 215-220 ° C-
Thermal deformation temperature
UN annealed 71 ° C ASTM D648, iso75
Electrical performance rating unit test method
Surface resistivity 2.4e + 13 ohms ASTM D257, IEC60093
Volume resistivity 1.5x10a14 ohms cm ASTM D257, IEC60093
Dielectric constant
1 MHz 0.65 ASTM D150, IEC60250
Application
The chemical and physical properties of PA6 are similar to those of PA66. However, its melting point is low and the process temperature range is wide. Its impact resistance and solubility are better than PA66, but its moisture absorption is also stronger. Because many quality characteristics of plastic parts are affected by moisture absorption, this should be fully considered when using PA6 to design products. In order to improve the mechanical properties of PA6, various modifiers are often added. Glass fiber is the most common additive. Sometimes synthetic rubber, such as EPDM and SBR, is added to improve impact resistance. For products without additives, the shrinkage of PA6 is between 1% and 1.5%. Adding glass fiber additives can reduce the shrinkage to 0.3% (but it is slightly higher in the direction perpendicular to the process). The shrinkage of molding assembly is mainly affected by the crystallinity and moisture absorption of the material. The actual shrinkage is also a function of the plastic part design, wall thickness and other process parameters.
PA6 nylon is widely used in the industrial production of bearings, round gears, cams, bevel gears, various rollers, pulleys, pump impellers, fan blades, worm gears, thrusters, screws, nuts, gaskets, high-pressure sealing rings, oil resistant sealing gaskets, oil resistant containers, shells, hoses, cable sheaths, shears, pulley sleeves, shaper sliders, electromagnetic distribution valve seats, cold aging equipment, gaskets, bearing cages Various oil pipelines, pistons, ropes, transmission belts, zero fog materials for textile machinery and industrial equipment, daily necessities and packaging films on automobiles and tractors.
Product detail pictures:
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We try for excellence, service the customers, hopes to be the most effective cooperation workforce and dominator company for staff, suppliers and shoppers, realizes price share and ongoing marketing for Factory wholesale Pom 100p - Fiber grade modified nylon PA6 Hunan Yuehua YH800 – TINCHAK , The product will supply to all over the world, such as: Orlando, Brisbane, Porto, Many years of work experience, we have now realized the importance of providing good quality products and solutions and the best before-sales and after-sales services. Most problems between suppliers and clients are due to poor communication. Culturally, suppliers can be reluctant to question things they do not understand. We break down those barriers to ensure you get what you want to the level you expect, when you want it. faster delivery time and the product you want is our Criterion .
By Elma from Czech Republic - 2018.06.21 17:11
The customer service staff's answer is very meticulous, the most important is that the product quality is very good, and packaged carefully, shipped quickly!
By Marguerite from Milan - 2018.11.02 11:11