Plastic physics, use, mechanics three comprehensive analysis of 28 technical parameters do you know a few?
Physical properties Mechanical properties Performance Plastic properties - type recommendation table PPS, epoxy, glass fiber reinforced phenolic, glass fiber reinforced nylon, polyimide, diallyl terephthalate, etc. Pay attention to the recycler network WeChat public platform, you can enjoy unprecedented VIP-level enjoyment, daily push quotes, asset disposal, auction bidding and other massive information, and all this is free! What are you waiting for, pay close attention to me! â— This content is from the Internet and does not mean that the Recycling Network is in favor of this content or position. â— The above information is collected by China Recycling Network (). If there is any reprint, please indicate the source, thank you for your cooperation! Waste materials network used equipment network used equipment transfer used equipment recycling machine tool equipment auction assets auction whole plant equipment auction chemical equipment auction Alphabet search: A B C D E F G H I J K L M N O P Q R S T U V W X Y Z About Us | Enterprise Qualification | Help Center | Advertising Service | Member Service | Newbie Guide | Site Map | Payment Method | Comment Complaint | Links | Customer Service Center Customer Service Hotline Fax E-mail: Address: 6F, Block C, Tianshan Yinhe Plaza, No. 168, Changjiang Avenue, High-tech Zone, Shijiazhuang Copyright ©2008-2018 HuiShouShang.Com Inc.All Rights Reserved. China Recycling Network Copyright Value-added telecommunications business license 冀B2-20170010 冀ICP备09021528å·
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Elevator Guide Shoe, Lift Guide Shoe, Elevator Roller Guide, Elevator Roller Guide Shoe CEP Elevator Products ( China ) Co., Ltd. , https://www.zjelevatortravelingcable.com performance Description proportion Ratio of sample density to water density at a certain temperature Water absorption The sample of the specified size is immersed in water of a certain temperature, and the water absorbed after 24 hours will be affected by the size and shape after absorption. Breathability A certain thickness of plastic film at a pressure of one atmosphere, a square meter of air permeability in 24 hours Moisture permeability Water vapor transmission to plastic film transparency Transmittance, the ratio of the luminous flux through an object to the luminous flux incident on the object Haze or turbidity The astigmatism in the opposite direction of the incident light is usually translucent to the ratio of all transmitted light, but has diffuse properties to the incident light. performance Recommendation Tensile Strength Tensile force is applied to the sample at the specified test temperature, humidity and tensile speed to determine the maximum load Compressive strength Apply compressive force to the sample to break (brittle) or yield Bending strength The sample is placed on two fulcrums and a concentrated load is applied to make the sample deform or rupture. Impact strength Joules consumed per unit area when the sample is broken by impact Coefficient of friction Friction and positive pressure ratio Wear Mechanical failure process (wear, abrasion) of plastics changing in size during friction hardness Plastics resist the indentation of other hard objects (Rocks, Shore) fatigue Destroy plastic under a static disruption with a small amount of alternating cycles Creep Under the fixed temperature and humidity conditions, the plastic will exhibit creep characteristics with time under the action of solid force, and will increase with the load and decrease with the decrease. Durable strength The ability of plastics to withstand static loads for long periods of time is characterized by high and low time performance Recommendation Linear expansion coefficient The temperature rises by 1 degree, and the number of mm of plastic per 1 mm is generally ten times that of steel. Specific heat 1 gram of plastic required to raise the temperature by 1 degree Thermal Conductivity The unit of heat that a unit of area and thickness of plastic can pass is 1% of steel. Heat resistance Relationship between temperature and deformation Glass transition temperature The temperature at which the plastic is reduced from the melt flowable temperature to the solid state, which is highly brittle. Embrittlement temperature When applying pressure to a plastic at a low temperature, it will break under a small deformation. Melt Index The amount of plastic that the melt flows through the test hole in 10 minutes at a certain temperature and pressure. Combustibility Expressed by the burning rate (the burning length of the sample during the combustion time) and the burning weight loss rate Withstand voltage Quickly raise the voltage to the specified value, and the sample will not be broken down for a certain period of time. Aging resistance In the process of use, storage and processing of plastics, due to the external factors, the chemical structure is destroyed and the original excellent performance is degraded. Chemical resistance Whether plastic is corroded in chemical media Mold shrinkage The plastic is molded in the mold, and the shrinkage of the molded product after the cooling is released performance Recommendation High abrasion resistance nylon Low cost to quality ratio Urea-formaldehyde, phenolic, polystyrene, polyethylene, polypropylene, PVC Compressive strength Polyterephthalamide, glass fiber reinforced phenolic, epoxy, melamine, nylon, glass fiber reinforced thermoplastic polyester, polyimide Low cost to volume ratio PE, PP, urea formaldehyde, phenolic, PS, PVC High dielectric constant Phenolic, PVC, fluoroplastic, melamine, allyl plastic, nylon, polyparaben, epoxy High dielectric strength PVC, fluoroplastic, PP, polyphenylene ether, phenolic, thermoplastic polyester, glass reinforced nylon, polyolefin, PE High loss factor PVC, fluoroplastic, phenolic, thermoplastic polyester, nylon, epoxy, allyl terephthalate, polyurethane Good resistance to deformation and deformation Thermoset laminate High modulus of elasticity Melamine, urea formaldehyde, phenolic Low modulus of elasticity PE, PC, fluoroplastic High electrical resistance PS, fluoroplastic, PP High elongation at break PE, PP, silicone, ethyl acrylate Low elongation at break PES, glass fiber reinforced PC, glass fiber reinforced PP, thermoplastic polyester, polyetherimide, vinyl ester, polyetheretherketone, epoxy, polyimide Flexural modulus (rigid) Bending yield strength Glass fiber reinforced polyurethane, epoxy, carbon fiber reinforced nylon, glass fiber reinforced PPS, polyterephthalamide, PEEK, etc. Low coefficient of friction Fluoroplastic, nylon, polyoxymethylene High hardness Melamine, glass fiber or cellulose reinforced phenolic, polyimide, epoxy High impact strength Phenolic, epoxy, PC, aBS High moisture resistance PE, PP, fluoroplastics, PPS, polyolefins, thermoplastic polyester, polyphenylene ether, PS, PC (glass or carbon fiber reinforced PC) Softening PE, silicone, PVC, thermoplastic elastomer, polyurethane, ethyl acetate Disclaimer:
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