Stable Craftsmanship: Scratch & Wear Resistant
High visual recognition of radiation effect
Multiple radiation effect options
Combined decorative and anti-counterfeiting properties
Strong process compatibility and adaptability
The scratch-resistant, wear-resistant and weather-resistant properties of the radiation layer ensure long-term stability of the product's appearance, reduce product damage caused by appearance breakage, and improve the cost-effectiveness of the product's life cycle.
The radiation effect can present unique rainbow gradients or 3D stereoscopic visuals, which significantly enhance the appearance texture and brand recognition of plastic products, boosting their appeal.
Strengthen brand distinguishability, help products stand out from similar competitors, and enhance consumers' brand memory.
The precision of radiation patterns (e.g., gradient effects) is easily affected by molding temperature and pressure. Pattern deformation, color differences, and inconsistency often occur in batches. Solutions include upgrading equipment and molds, as well as improving material formulations.
Different plastic substrates vary greatly in surface tension and material properties, which often leads to insufficient adhesion and incomplete transfer of the radiation layer. Additionally, process overlap (e.g., in-mold labeling, thermal transfer) may cause process interference. Solutions involve optimizing substrate pretreatment and coordinating process parameters.
The radiation layer of plastic products is prone to UV, high-temperature, and high-humidity environmental erosion, leading to fading and peeling. Our solution is to establish a coating protection system for the radiation layer and develop scenario-specific weather resistance grade plans, balancing performance and cost.
High-end radiation process equipment and consumables have relatively high costs, and coating materials used in some traditional radiation processes may not meet environmental standards. We replace them with cost-specific consumables and select domestic high-cost-performance environmentally friendly radiation coatings to reduce consumable costs.
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