Multi-layer co-extrusion technology is used to produce films of various materials with high processing accuracy, especially when processing TPU films. This processing method can fully utilize the performance of TPU materials while maintaining the stability of TPU. Dimensional accuracy. The produced TPU base film has excellent optical properties and thickness uniformity, and due to the use of quenching rollers, it can achieve high production speed and improve the morphological structure of the film. Compared with other films (such as blown films), the film produced by this method has the advantages of fast production speed and high output, which is conducive to mass production; the thickness of the product can be controlled with high precision and thickness uniformity; transparency and gloss Excellent performance and excellent isotropic balance performance.

Processors have long tried to solve the problem of ensuring their film is produced with consistent strength and durability while also meeting the visual requirements dictated by the end product. To do this, the structural elements in the film must be proportionally extruded across its width.

Inconsistent Layer Structures Create Weak Points When Stretching.To create a balanced layer structure, it’s important to minimize the opportunities for layer interface distortion to occur. In our multi-manifold die system, each material is distributed in its own customized die flow channel prior to combination with the other layers.  The layers then combine at full width and shortly before exiting the die, reducing the chance of structural changes. Ultimately, this leads to film that consistently maintains its properties while being stretched in multiple directions.

A TPU coating developed with a unique formula using nanoscale silica as raw material and polyurethane. It has super brightening ability, excellent corrosion resistance, ultra-high hardness and scratch resistance. This is a very stunning product. We can customize hydrophilic or hydrophobic properties for you.

A coating developed using nanographene with a unique formula and process. Graphene improves the anti-corrosion performance of the coating by cutting off the penetration channels of corrosive media, thereby increasing the protective life of the coating. At the same time, nano-graphene has ultra-high hardness and wear-resistant properties, providing the coating with superior resistance to corrosion. Scratching ability. This is our most cutting-edge technology and unique. We can customize hydrophilic or hydrophobic properties for you.

Self-crosslinking acrylic is a material with highly cross-linked properties. It can form a high-strength three-dimensional network structure by utilizing the cross-linked structure in its molecular structure. Therefore, self-crosslinking acrylic back glue has excellent physical and mechanical properties and chemical stability. It has high-strength adhesion, does not edge or discolor after long-term use. Due to its excellent stability, no glue is left after removal and no surface is damaged.