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China, Chinese HDPE Sabic High Density Polyethylene M2000561 Industrial Products Supplier Manufacturer Details, price list catalog:
China Industrial Products Supplier Manufacturer List Catalog
Other Engineering Construction MachineryHDPE Sabic Cc860VHigh Density Polyethylene
Shandong Seaco Machinery Equipment Co., Ltd.
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Product Description Product DescriptionProduct parameterPerformance item Test condition [Status] Test method Test data Data unitPhysical properties of the melt flow rate (190 oC / 5.0 kg) ISO1133 0.22 g / 10 min(190 ° C /21.6kg) ISO1133 6.4 g/10 minCarbon black content ISO6964 2.25%Density ISO1183 959 g/cm3Hardness ISO868 63Mechanical properties Tensile stress ISO527-2 23 MPaTensile stress ISO527-2 9%Tensile modulus ISO527-2 900 MPaV-notch impact force 23oC ISO179 26 KJ/m2-30oC ISO179 13 KJ/m2Thermal properties Vica softening temperature ISO306 74 oC DSC DIN53765 124-128 oCOIT 210oC EN728 > 20 minDetailed Photos 1. Introduction to High-Density Polyethylene (HDPE)High-Density Polyethylene (HDPE) is a versatile, semi-crystalline thermoplastic polymer renowned for its exceptional combination of properties. Applications span from rigid packaging (bottles, caps, crates) and industrial containers to pipes, automotive components, and consumer goods.2. Spotlight on SABIC? HDPE M200056: The High-Fluidity WorkhorseSABIC? HDPE M200056 is a specific grade within SABIC's broad HDPE portfolio, explicitly designed for injection molding applications requiring exceptionally high melt flow. This characteristic is its defining feature and primary advantage.3. Critical Properties and CharacteristicsHigh Melt Flow Rate (MFR 20 g/10 min): This is the cornerstone of M200056. High MFR signifies low melt viscosity, meaning the polymer flows extremely easily when molten. This enables:Filling Complex, Thin-Walled Molds: Essential for intricate designs like closures, caps, small containers, and complex technical parts where material must reach every cavity detail rapidly before solidifying.Faster Cycle Times: Reduced injection pressure and faster cavity fill times allow for shorter overall production cycles, significantly boosting manufacturing efficiency and output.Lower Energy Consumption: Reduced injection pressure translates to lower energy demands during processing.Reduced Warpage & Sink Marks: Improved flow can lead to more uniform packing, minimizing internal stresses that cause warpage and sink marks, especially in thicker sections.
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