Excellent Processing Performance

• Low density—easy to handle and install.
• Easy to process by injection moulding, extrusion and blow moulding.
• Elastic and flexible—suitable for curved or complex shapes.

Excellent Chemical Properties

• Excellent resistance to acids, alkalis, oxidation and corrosion.
• Suitable for demanding environments involving media such as oil, acids and alkalis.

Excellent Mechanical Properties

• After modification, higher wear resistance provides a longer service life without cracking or ageing.
• Good insulation performance—suitable for housings and insulating materials in electronics.

Excellent Thermal Performance

• Can be bonded using heat and pressure—suitable for composite materials.
• Very good thermal insulation—for example in solar modules, car seats and air-conditioning covers.

• Cause: insufficient lamination temperature or holding time.
• Check the glass-surface temperature; increase the temperature or extend the holding time.
• Clean the glass surface, removing moisture-resistant powder and contaminants.
• Avoid fibres from paper or fabric; use laminated material smaller than the film to prevent exposure.
• UV printing and sealants may cause undesirable effects; testing before use is recommended.

• Lamination temperature or holding time is insufficient.
• Repeat the process according to the operating instructions, especially in cases of frosting or clouding.

• Check the vacuum pump for leaks or blockages.
• Keep the gas path and guide holes clear; wooden strips, iron chains or wire mesh may be used to guide the gas.
• Do not heat the lower section above 65°C at the glass surface; the melting point is approximately 70°C.
• Air return: cool below 60°C, then switch off the vacuum pump.
• Avoid foreign matter on the glass surface; use thicker EVA film if the surface is uneven.
• Do not use excessive heat for low-temperature films; reduce the temperature and extend the holding time if necessary.