![]() Symbols, abbreviations, or full names for units of length,Īrea, mass, pressure, and other types. You can find metric conversion tables for SI units, as wellĪs English units, currency, and other data. It is the pressure resulting from a force of one pound-force applied to an area of one square inch.Ĭonversion calculator for all types of measurement units. The pound per square inch or, more accurately, pound-force per square inch (symbol: psi or lbf/in² or lbf/in²) is a unit of pressure or of stress based on avoirdupois units. N/mm2 to psi, or enter any two units below: Enter two units to convert From: ![]() SteelĬoefficient of Friction - Dynamic vs.You can do the reverse unit conversion from * Additional specialty materials are continuously being developed.Ĭoefficient of Friction - Static vs. 100 MODULUS, PSI (MPA) 2200 (15.2) 200 MODULUS, PSI (MPA) 2900 (20.0) 300 MODULUS, PSI (MPA) 4600 (31.8) TENSILE, PSI (MPA) 6400 (44. Service pressure for aluminum cylinders is approximately 2000-2200 psi, while service pressure for. Single Layer Double Layer MPa ( psi ) MPa ( psi ) MPa ( psi ) MPa ( psi ). Highest flexibility with smoke suppressantġ50☌ temperature rating, with smoke suppressantįlexible, 150☌ RTI rating, cold temperature impactĮlectrostatic spray, rotolining, rotomolding 145 PSI: MPa (megapascal) MPa MPa: atm bar PSI: 9. KYNAR ® PVDF GRADEġ50☌ RTI rating, comes in natural, red or black Table IV illustrates the linear expansion of various Kynar ® and Kynar Flex ® resins for the temperature range of -40☌ to 85☌.īelow are typical values, not to be construed as sales specifications. Compared to many thermoplastics and fluoropolymers, tensile yield of 15-55 MPa (2,200-8,000 psi), Kynar fluoropolymers have excellent resistance to tensile. Please review the Product Safety section for more information. Like most thermoplastics, Kynar ® resins discolor and degrade during processing if the processing temperature is too high, the residence time is too long, or the shear rate is too high. Kynar ® resins can be recycled up to three times without detriment to their mechanical properties because Kynar ® resin is inherently thermally stable and generally does not contain additives. In general, Kynar ® resins are some of the easiest fluoropolymers to process. Kynar ® homopolymer is typically processed at temperatures from 180°-265☌ (356°-509☏). Here is the formula: Value in megapascals value in psi × 0.00689475728 Suppose you want to convert 2200 psi into megapascals. Please consult a technical representative for more information. Chemistry Recipes To calculate a pound per square inch value to the corresponding value in MPa, just multiply the quantity in psi by 0.00689475728 (the conversion factor). Under certain conditions, Kynar ® resin can be processed at higher temperatures. (Please review Kynar ® Material Safety Data Sheet for details and recommendations.) However, the melt processing range of unfilled Kynar ® homopolymer resins is very broad – from slightly above the melting point of 155°- 170☌ (311°-338☏) up to 300☌ (572☏). ![]() Kynar ® resins thermally decompose at temperatures greater than 375☌ (707☏). As thermogravimetric analysis (TGA) thermograms indicate in Figure 4, Kynar ® homopolymer resins are thermally stable up to 375☌ (707☏) when heated in air at the rate of 5☌/min (9☏/min). ![]() In testing, select Kynar ® resins have been given an RTI of 150☌. No oxidative or thermal degradation has been detected during continuous exposure of Kynar ® resins to 150☌ (302☏) for a period of ten years. ![]() Kynar ® resins exhibit high thermal stability, as illustrated in tabs "Kynar ® Homopolymer Series" and "Kynar ® Copolymer Series" below. Prolonged exposure of Kynar ® resin at 250☌ (482☏) in air does not lead to weight loss. ![]()
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