What are the innovations of the protective film recently?

In the recent research and development, Saino's protective film accurately solves the protective pain points of the whole process of aluminum plate processing, warehousing, transportation and installation through gradient viscosity technology and environmental protection adhesive innovation. After third-party testing and verification, it can reduce the surface defect rate of the plate by more than 90%, for architectural decoration, precision manufacturing, transportation equipment and other fields. Provide efficient surface protection solutions.

In response to the core problem of aluminum plate surface protection, Saino's protective film builds a full-dimensional protection system. In terms of process adaptability, a gradient product system from low viscosity (0.5N/cm) to ultra-high viscosity (1.3N/cm) is launched, which perfectly matches the surface of different roughness such as polishing, anodizing, powder spraying, etc. The membrane surface is intact and non-cracked in bending, drilling and other processing processes, which effectively prevents edge oxidation. In terms of physical protection, with cross-linked acrylic resin adhesive as the core, the elongation rate is ≥250%, it builds a strong physical shielding layer, resists transportation impact and friction, and greatly reduces the scrapping rate of finished products. The weather resistance performance is excellent. After the simulation test of ultraviolet and rainwater erosion, the surface of the plate is still as clean as new after outdoor storage and long-distance transportation, which meets the needs of harsh environmental use.

In practical application scenarios, the product shows excellent value. After the application of a large-scale building curtain wall project, the oxidation and blacking rate of the plate plummeted from 15% to 0.3%. There was no residual glue and no photo retention of the completed film, and the cleaning cost was reduced by 80% to ensure the efficient delivery of the project. After the adoption of automobile aluminum parts manufacturing enterprises, the surface scratch rate of the processing process decreased significantly, and the product quality rate continued to improve. ; The application scenario of precision components such as electronic heat sinks realizes the balance of residue-free glue stripping and high-precision protection, and adapts to the strict standards of high-end manufacturing.

At the same time, the product has made a breakthrough in environmental protection and convenience of operation. It adopts environmentally friendly water-based glue system, which is low-odor and meets the environmental protection requirements of the industry. It adapts to automated film equipment and manual operation scenarios. The mesh structure design can form a micro-exhaust channel, improve the film efficiency by more than 50%, and the bubble problem is completely solved. The specifications support wide customization, with a maximum width of 2650mm and a length cut on demand, taking into account the needs of small-batch customization and large-scale production.

Some industry experts said that the mass production of aluminum plate special protective film not only fills the gap in the whole process protection technology of the industry, but also promotes the upgrading of aluminum surface protection from single protection to scenario customization. With the continuous improvement of the quality requirements for aluminum in architectural decoration, transportation equipment and other fields, high-performance protective film will become a key supporting link in aluminum application, helping to reduce costs, increase efficiency and upgrade quality in the industrial chain.

At present, our protective film has passed the ISO9001 quality management system certification and obtained a number of technical patents. It can provide customized solutions according to the customer's specific surface conditions and usage scenarios. The relevant orders have been arranged until the second half of the year.