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Heat Resistant Plastics


Polytetrafluoroethylene, commonly referred to as Teflon(r), is one of the world’s most valuable plastics and was accidentally discovered by DuPont chemist Roy Plunkett in 1938. What do you need to consider about PFA slang.

Performance thermoplastic with excellent chemical resistance, low coefficient of friction, and dielectric properties that are non-stick for easy cleaning.


Electrons are electrostatic analogs to magnets. Like magnets, they store charge before discharging it at controlled rates – making them suitable for applications such as capacitors and insulators in electronic devices and computers as well as medical treatments like ulcers or rashes. Furthermore, electrets are sometimes used to coat specific armor-piercing bullets, helping reduce wear and tear on rifling.

This invention pertains to methods for manufacturing and using positively bulk-charged Teflon electrets. A standard method of charging an electret involves corona discharge techniques using an electron beam partially penetrating material so as to achieve desired polarization and charges on opposite surfaces of the material.

These techniques allow for the production of Teflon electrets with significantly enhanced thermal stability and long-term durability, in comparison with estimates for negatively corona-charged Teflon FEP (commercial grade).

Corrosion Resistant

Polytetrafluoroethylene, commonly known by its acronym PTFE, is a versatile engineering plastic material that can be fabricated into pipes, rods, belts, plates, and films. With superior corrosion resistance and temperature tolerance capabilities, as well as being an electrical insulator with low dielectric losses, PTFE is widely used by aerospace engineers to minimize wear between mechanical components.

Teflon differs from most plastics in that it reacts minimally with most chemicals, including hydrofluoric acid and liquid nitrogen. Furthermore, its nonstick surface makes for easy cleanup – with its low coefficient of friction, it makes cleaning simple!

Plastics that are known for being corrosion resistant tend to fall under the fluoropolymer category, such as PTFE and Teflon, both registered trademarks owned by Chemours Company (formerly DuPont).

Teflon is one of the best-known and widely used plastic materials, though its properties come from polymerization rather than being an individual material. Polymerization combines monomers into repeating large molecules; this gives Teflon an impressive range of properties and earns it the moniker “plastic king.” It has the formula (C2F4)n.

Heat Resistant

Heat-resistant plastics offer an economical and safer solution when particular industries or applications call for materials capable of withstanding extremely high temperatures, providing cost savings compared to metal parts while offering excellent thermal stability as well as other advantageous characteristics.

Polytetrafluoroethylene, more commonly known by its brand name Teflon, is an ideal material choice for industrial applications that operate at elevated temperatures. Chemically inert and resistant to many acids and solvents, PTFE also withstands temperatures ranging from near-zero degrees Celsius up to 500 degrees Celsius without degrading over time.

PEEK, ULTEM, and PPAP resins are excellent choices for industrial applications with extreme temperature requirements, as they are capable of withstanding high operating temperatures, long-term exposure to high temperatures, and offering adequate creep resistance. Furthermore, these resins can withstand organic and inorganic vapors, fuels, and coolants while being safe to use during sterilization cycles; additionally, they possess excellent tensile strength, weatherproofing corrosion resistance, as well as electrical insulating properties that make them excellent choices.


PTFE is one of the rare materials that cannot dissolve in water while remaining nonreactive to most chemicals, including many corrosive ones. As such, PTFE makes for an ideal material for various applications, including coating the surfaces of cookware and protecting equipment in laboratories.

PTFE not only boasts excellent thermal properties but is dense and has a low coefficient of friction. Furthermore, its resistance to wear, tensile strength, and creep make it suitable for applications requiring long service lives.

Although PTFE provides many advantages, its production may present specific hazards. When heated to meltdown, it releases toxic fumes that can be inhaled by humans and lead to flu-like symptoms, including headaches, chills, and fever. Furthermore, its chemicals can be absorbed through skin contact as well as through breathing inhalation; moreover, they have negative impacts on the environment, degrading soil health while producing significant energy use and pollution impacts; this has given rise to alternative non-stick products, like PFOA/PFOS products as alternatives that have more sustainable environmental impacts while producing significant energy usage and ecological degradation; finally, this has led to alternative non-stick product development;


Polytetrafluoroethylene, more commonly known as PTFE, is the primary material used in nonstick Teflon cookware and other products. First discovered entirely by accident by DuPont chemist Roy Plunkett in 1938, it is an inert plastic with excellent thermal and chemical resistance properties.

Holscot Europe provides many products made with this versatile material that is made for wire manufacturing or industrial uses, such as chemical tank lining. Due to its nonreactivity with most chemicals and low melting point stability in low temperatures, as well as its insulating properties, it has many uses in various sectors, from tape and coating manufacturing for wire production to tank lining for chemical tanks.

Even though health agencies have raised concerns over PFOA (perfluoroalkyl substances) used in manufacturing Teflon, its products have since 2013 been free of this substance. However, it should still be remembered that any cooking using nonstick Teflon pans can produce dangerous fumes when overheated; additionally, it’s advised against placing these items into microwaves as this could damage or crack their nonstick surface, necessitating disposal instead of reuse of such items.