Tetraflon® also offers a wide range of products for different applications to help solve industry needs.
Tetraflon de Mexico
The Grip or non-skid mat is made of high quality PVC material, it is hollow, durable and waterproof. It has a solid, non-skid, cushioned surface that prevents objects from falling, effectively protects dishes, cups, tool drawers and shelves from damage. It can be used as a bath mat, anti-slip mat, floor mat, etc. It has a washable and easy-to-clean design.
Presentations and Colors
Within its product portfolio, Tetraflon offers a variety of options for Engineering Plastics, providing wide material selection possibilities in order to optimally meet the requirements of any industrial line of business. Engineering plastics exhibit higher performance than standard materials, making them ideal for difficult engineering applications. They have superior performance in the areas of heat resistance, chemical resistance, impact resistance, fire resistance and mechanical strength. They can be used continuously at temperatures between 100°C and 150°C.
Its most common applications are in the automotive, electrical and electronics industries, construction industry, consumer goods and for industrial applications such as abrasion and corrosion resistant coatings.
Expanded PTFE is manufactured from virgin PTFE and is expanded with a multi-directional structure. It is a highly compressible material that can easily adapt to almost any type of sealing surface including damaged surfaces. It has the same chemical resistance as PTFE and can work with all types of fluids in the Ph 0-14 range (with the exception of elemental fluorine and molten alkali metals), and its purity allows it to come into contact with foodstuffs. Its multidirectional structure helps to substantially reduce the problems of slippage and relaxation, while retaining torque.
The most common applications of expanded PTFE are in equipment for the food industry, chemical industry, pharmaceutical industry, paper industry, steel manufacturing, among others.
In particular, they are very frequently used for sealing valves, pumps and reactors, although for other applications, they are also used in conditions of high temperatures and/or pressures. There are different types of packing, with particular characteristics depending on the conditions, e.g. the constructive form of the packing interlacing, the hybrid design of the packing, etc.