High Glossy PET Thermal Lamination Film is producing high quality, clear PET thermal laminating film. This laminating film is being used for the application of wide range of PET dyes and is preferred by many manufacturers as it is a low cost process that ensures consistent results. This type of laminating film is also preferred because of its lamination stability. The film can be made smooth and glossy or matte and dull according to the specific requirements. The glossiness can be restored after the coating has cured naturally or mechanically. This type of film can be used in a large variety of applications in industries such as food & beverage, cosmetics, pharmaceuticals, textile dye and paper industry among others.
Ideal thickness of PET Thermal Lamination film is between four to sixmicron and greater than one hundred micron. Abrasive finishes available. It can also be applied on both flat and curved surfaces with excellent results. The surface finishes depend upon the type of lamination being used. The flat PET Thermal Lamination film has a smooth flat surface, while the curved surface PET film has a textured surface, which is advantageous when making imprints. Abrasion resistance is also another advantage.
Abrasion resistant properties of PET Thermal Laminate Film are suited for the heavy duty use in industries such as automotive, electronics, aerospace, chemical, pulp and lube and paper manufacturing. Thickness is between twelve to thirty-six inches, in inch core thicknesses. The flat PET thermal laminating film has an optimum temperature range of around two hundred fifty degree Fahrenheit.
A three inch core thickness is preferred for printing and laminating. For high printing applications, a thirty-six inch core is considered ideal. For the printing on flat surface, forty-eight inch thick PET thermal laminating film is considered best. The highest stretch rating is four hundred percent, which is ideal for the packaging industry.
The material required for the manufacturing of PET Thermal Lamination film one hundred percent dry lamination is between twenty-five to thirty-two inches thick. A thickness of up to twenty-four inches is preferred for the flat surface application. There are options for trimming, perforations, bubbles and other features which can be incorporated in the design. It is also possible to utilize a heat press to apply the film one hundred percent dry, thus increasing the flexibility of the laminated product.
PET is resistant to moisture, oil and grease, and it has an excellent chemical resistance capability. It is able to resist changes in temperature by more than fifty degrees Fahrenheit. The material is safe to use, and PET thermal laminating film one hundred percent dry has a decent dimensional stability. This means that it can resist tearing and it does not shrink, tear or crack under normal conditions. The film has excellent ultraviolet resistance, and it will not change color even after extensive exposure to sunlight.
One can use the thin sheets of PET as a shield for machinery parts, tanks, and other objects. A thirty-two inch long piece is good for this purpose, and it can be used with a cold or hot lamination process. The film can also be utilized to protect electrical components, such as switches and fuses. Another application for the thin sheets of PET Thermal Lamination Film one hundred percent dry is to cover the inside surfaces of a metal container. A sheet of less than an inch thick is sufficient to do this, and it can be applied to items made of alloys, stainless steel, copper, or aluminum.
A forty-two inch piece of the PET lamination film one hundred percent dry is good enough for covering an eight foot container. A single sheet can be used to cover one pallet of any size, which is useful when packing items at wholesale warehouses. The material is water and heat resistant, and it will not change color even after it has been exposed to the sun for six months. In order to create a thick, durable plastic layer, manufacturers of the film use a heated vacuum machine to bond the sheets together using phenol.