Inner lining of electronic precision instruments

1. Shock absorption and impact resistance: The material is flexible and has good elasticity. When dropped or during transportation, it can absorb the impact energy and tightly enclose the internal components, preventing scratches and dents.
2. Strong customization: Through engraving, stamping, and slotting, special-shaped positioning blocks that match the product's shape can be created. After the product is embedded, it does not shake, and circular arcs and irregular small parts can be precisely limited.
3. Stable temperature resistance, waterproof and moisture-proof: It is suitable for the normal storage and transportation temperature range and is unlikely to harden or crack easily; the closed-cell structure itself does not absorb water, which can isolate moisture and protect electronic components from getting damp.
4. Lightweight and low density: The self-weight is very light, and it will not increase the load of the packaging box.
5. Supports integrated engraving, stamping, and cold/hot pressing molding, allowing for multi-level compartments and connected slots. One set of inner liner can simultaneously hold the main unit, nameplate, accessories, and manual; it can also be made with flocking or silk-screened logos to enhance the texture.
6. Adjustable hardness: By adjusting the raw material ratio, different density models with soft/hard properties can be made: the soft model protects precision small parts, and the harder model can bear heavy parts; colors can be customized according to needs to distinguish categories.
7. Application scenarios
Precision instrument gift boxes, industrial equipment accessories (including metal nameplates in套装 boxes), digital products, hardware tools, medical devices, and inner linings of boxes for these products.

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