Available formats: Bars, Tubes, and Plates
Polytetrafluoroethylene (PTFE) commonly known by the trade name Teflon and is a polymer similar to polyethylene, in which hydrogen atoms have been replaced by fluorine atoms.
PTFE is a particularly versatile opaque white ivory plastic fluoropolymer. It is manufactured by free radical polymerization of many tetrafluoroethene molecules and is suitable for a wide range of applications in industries as diverse as the aerospace industry, the food and beverage industry, pharmaceuticals and telecommunications.
PTFE is commonly known as Teflon and offers remarkable non-stick properties in kitchen utensil applications such as cooking pans and baking sheets.
The cleaning of the equipment can also be reduced in some cases, since a layer of PTFE does not moisten, which facilitates the self-cleaning of the parts.
And Teflon textile finishes can even help the environment, since, when applied to the fabric, they repel water and oil stains, which reduces the need to use dry cleaning, and fabrics also dry more quickly, with less energy and drying. They last longer due to reduced wear.
With the added advantages that PTFE is not toxic, it has only a minor contraindication for humans due to polymer smoke fever (only if the temperature of any Teflon-coated pan reaches 260 degrees C) and is approved by the FDA and is safe for food, this material really is of great benefit in many different areas.
The biggest advantage of PTFE is its versatility, and the variety of applications in so many products and different industries for this material is amazing.
The use of PTFE can have enormous benefits in manufacturing and engineering, not only in the manufacture of pipes or liners to handle or store corrosive chemicals, but also in the coating of parts such as bearings or screws to increase the life of the parts and the machinery they are in. part of.
A PTFE coated screw will be corrosion resistant, due to the PTFE's ability to repel water and oil, and it will be lubricated by the material to drive smoothly to any surface to which it is holding, with reduced friction, which will result in less wear on both the screw and the screw. The surface, and a safer and more durable finish.
Friction and wear can also be factors with the bearings, and a PTFE layer can provide the same benefits as with the coating screws, with the additional advantage that the coating will also be heat resistant.
It is clear that the most durable and high-performance parts can increase the efficiency of any machinery, reduce the need to constantly acquire spare parts, saving money and the time needed to adapt replacements, as well as reducing waste. This will also reduce maintenance needs as equipment failure is less likely, and also reduces, or even eliminates, any expensive manufacturing downtime due to failures or repairs.
|Specific weight||ASTM D792||g / cm3||2,21|
|Water absorption upon saturation||ASTM D570||%||0|
|Moisture absorption at 23 ° C? 50% RH||ASTM D570||%||0|
|Elastic limit||ASTM D638||MPa||12-15|
|Elongation in performance||ASTM D638||%||25|
|Tensile strength until breakage||ASTM D638||MPa||28 - 35|
|Elongation until breakage||ASTM D638||%||210-500|
|Traction module||ASTM D638||MPa||450 - 750|
|Impact resistance without notches||ASTM D256||KJ / mm2||NB|
|Notched Impact Resistance||ASTM D256||KJ / mm2||15,6|
|Rockwell hardness M||ASTM D785||-||-|
|Shore D hardness||ASTM D2240||° Shore D||51|
|Flexural strength - at 3.5%||ASTM D790||MPa||-|
|Flex module||ASTM D695||MPa||-|
|Compressive tension (1% voltage-23 ° C)||ASTM D695||MPa||4,4|
|Deformation under load 100 Mpa-24 hr- RT||ASTM D621||%||-|
|Compression module||ASTM D695||MPa||420|
(1) For a tension-free resistance of 5000 h: approximate reduction of the value in 1000 hours to 50% of the tensile strength. (2) Stabilized in air at 50% relative humidity. (*) Drying / stabilizing in the atmosphere 50% HR -23 ° C. (**) Stabilizing in the atmosphere 50% HR -23 ° C. (***) Resistance to UV exposure is achieved with pigmentation or specific additive. (****) Bonding and painting are possible after a special surface treatment. The data shown in this table have been determined in our laboratories and should only be considered as a useful reference; They did not commit for us in the different forms of application. As a result of our technological experience and our best knowledge, the data offers an initial evaluation of the polymer. This data cannot be applied to finished parts as obtained under specific conditions and is only an average value. Values should be considered a useful reference and are given without compromise.
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