BOPET EVA Thermal Film For Building Paper

The BOPET EVA Thermal Film For Building Paper provided by Jincheng Manufacturer has full-size gradient specifications, with base film thickness ranging from 12μm to 150μm. It is equipped with multiple EVA coating thickness settings from 06 to 23. It can be adapted to different building conditions such as thin wall stickers, medium-thick decorative boards pasting, and heavy-duty building materials protective composites. The original base film is of high-definition clear transparency, and after heat-pressing, it forms a fine and uniform matte finish. It can highly reproduce the wood grain, stone texture, and solid color texture of decorative papers, enhancing the overall high-end texture of building finishes.

Our brand factory capabilities

1. 20 years of high-tech physical factory, with specialized research and development in building materials and membranes

2. Complete international system certifications, ensuring controllable engineering quality

3. Full range of film production capacity, suitable for customized demands of building materials

4. Full-cycle standardized services, suitable for engineering batch orders

Product core selling points

1. Matte high-definition finish, restoring the texture of building materials decoration

2. Weather-resistant, moisture-proof, anti-aging, suitable for long-term use of indoor building materials

3. Super strong resistance to bending and cracking, suitable for building materials with special bending processes

4. Long-lasting and stable adhesion, preventing the peeling and falling off of building material finishes

5. Dust-proof, stain-resistant, easy to maintain, suitable for daily building cleaning and maintenance

6. Fully compatible with all specifications, covering all scenarios of building material coating needs

Storage and Usage Instructions

1. Storage Environment Specifications

The BOPET EVA Thermal Film For Building Paper should be stored in a cool, dry, well-ventilated warehouse to avoid damp, high temperature, and direct sunlight conditions, preventing the EVA adhesive layer from prematurely aging and absorbing moisture and losing adhesion. The rolls should be stored upright and not subjected to heavy pressure stacking to prevent deformation of the film surface and damage to the adhesive layer, ensuring stable adhesion performance of the building materials.

2. Machine-Film Lamination Process Requirements

Before construction, ensure that the decorative paper and substrate surfaces of the panels are free of dust, oil stains, and moisture. Ensure that the base surface for lamination is clean and flat; adjust the heat press temperature and pressure according to the film thickness, and move the film at a uniform speed to avoid excessive heat causing the matte surface layer to become sticky or insufficient heat resulting in voids and bulging.

3. Processing and Bending Precautions

After lamination, it is recommended to let it stand for a while to set and then perform edge corner bending, cutting, and shaping processing. This can effectively enhance the adhesion strength at the bending points and prevent problems such as warping and cracking in the future, suitable for the construction of architectural irregular decorative works.

4. Finished Product Curing Specifications

For the decorative building materials and panels that have just been laminated, avoid stacking and squeezing immediately to prevent the film surface from being scratched and the lamination from being misaligned. Place the completed products in a dry and ventilated environment for curing. Do not leave them in a waterlogged, high-humidity, and sealed space for a long time to ensure the long-term stability of the finish.

5. Transportation and Packaging Selection

For ordinary indoor turnover orders, simple packaging and horizontal/vertical pallets can be used; for high-precision building lamination, engineering samples, and cross-border building materials orders, priority should be given to using suspended pallets and export moisture-proof pallets to prevent moisture absorption during transportation, film surface scratches, and adhesive layer failure, ensuring the quality of construction materials.