Thickness 2mm, Packaging Type Sheets PTFE TEFLON SHEET, Shape Square, Color White

Ptfe is Primarily utilized in wear, Resistance & corrosion prevention applications. Ptfe components possess many merits. They can provide effective protection against atmospheric acids. Therefore teflon moulded and machined components guarantee maximum durability. Besides they possess the characteristic of easy application and low maintenance cost. Higher electrical performance is another merit of ptfe moulded components. The teflon resists attacks from aggressive chemicals. Lastly teflon also reduces the likelihood of media contamination. Product description virgin ptfe detailed technical information thermal properties of ptfe rod, Sheet & tube thermal stability of ptfeptfe stands out classified as a notable instance of the leading thermally stable plastic materials. Not a single appreciable still possesses most part, So that ptfe, At this temperature, Decompositions at 260 c of its properties. Appreciable decomposition begins at over 400 c. Transition points of ptfethe geometry of the ptfe molecules crystalline structure varies with the temperature. There are different with the, Transition points most important ones being the following that at 19 c corresponding to a modification of some physical properties and that at 327 c which matches with the disappearance of the crystalline structure the ptfe assumes an amorphous aspect conserving its own geometric form. Expansion of ptfethe linear thermal expansion coefficient varies with the temperature. Owing to, In addition the orientation resulting from the the ptfe, Working process pieces are to put, Generally anisotropic it differently the coefficient of expansion varies also regarding direction. Thermal conductivity of ptfethe coefficient of the thermal conductivity of ptfe does not vary with the temperature. It is so that, Relatively high PTFE may be utilized as regarded as a good insulating material. The mixing of suitable fillers improves the thermal conductivity see ptfe index specific heat of ptfethe specific heat, Together with the heat content enthalpy increases with the temperature. Behaviour of ptfe in presence of foreign agentsresistance of ptfe to chemical agentsptfe is practically inert against known elements and compounds. It functions as attacked only by the alkaline metals in the elementary state, By chlorine trifluoride and by elementary fluorine at intense thermal conditions and pressures. Solvent resistance of ptfeptfe is insoluble in nearly every instance solvents at temperatures as much as approximately 300 c. Fluorinated hydrocarbons cause a certain swelling which is however reversible, Some highly at temperatures, Fluorinated oils over 300 c, Exercise a certain dissolving effect upon ptfe. Resistance of ptfe to atmospheric agents and lighttest pieces of ptfe, Exposed for over twenty years to the fullest extent disparate have not, Climatic conditions shown any alteration of their characteristic properties. Resistance of ptfe to radiationshigh energy radiations tend to cause the breaking of the in order, Ptfe molecule to guarantee that the resistance pertaining to the item to radiations is rather poor. Gas permeability of ptfethe permeability of ptfe is similar to other plastic materials. The permeability does not depend, Obviously, Exclusively on the thickness alongside the, And pressure working techniques. Physical mechanical properties of ptfe tensile and compressive properties of ptfethese properties are to a large degree influenced by the working processes and the employed powder. Ptfe, However, Designed for application continuously at heat levels reaching as high as 260 c, While possessing still a certain compressive plasticity at temperatures near to the absolute zero.