| Quantity: | |
|---|---|
Metal
TOYOE
| This product is equipped with an innovative composite inner lining system, specifically engineered to achieve micron-level dustproofing. At its core is a dual-protection design: a honeycomb buffer layer works in tandem with an electrostatic adsorption film, creating a robust barrier against dust and particles |
This dual-protection setup effectively blocks 99.8% of particles, ensuring an ultra-clean internal environment. Such high-performance dustproofing makes the product ideal for the long-haul transport of precision instruments and electronic components—items that are highly sensitive to dust and require strict protection to maintain functionality and accuracy
 |  |  |
| Usage Feature: Each developed mold is embedded with an RFID identity tag, ensuring dual exclusivity of physical structure and intellectual property rights. |
Vs traditional plastic turnover boxes’ standardized production, this solution cuts packaging volume vacancy by 37% and avoids industry homogenization competition-induced cost involution. |
|
| This product is equipped with an innovative composite inner lining system, specifically engineered to achieve micron-level dustproofing. At its core is a dual-protection design: a honeycomb buffer layer works in tandem with an electrostatic adsorption film, creating a robust barrier against dust and particles |
This dual-protection setup effectively blocks 99.8% of particles, ensuring an ultra-clean internal environment. Such high-performance dustproofing makes the product ideal for the long-haul transport of precision instruments and electronic components—items that are highly sensitive to dust and require strict protection to maintain functionality and accuracy
| | |
| Usage Feature: Each developed mold is embedded with an RFID identity tag, ensuring dual exclusivity of physical structure and intellectual property rights. |
Vs traditional plastic turnover boxes’ standardized production, this solution cuts packaging volume vacancy by 37% and avoids industry homogenization competition-induced cost involution. |
|
