News and Information

25

2025

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07

Hollow Board Knife Holder: 3 Major Solutions to Tackle the Challenge of Component Turnover Losses in Automotive Parts Factories


In the automotive parts manufacturing industry, scratches, static electricity hazards, and damage from transportation collisions that parts encounter during handling are major challenges contributing to persistently high defect rates. Customized hollow board blade card Thanks to its unique structural design and performance advantages, it is gradually becoming an important technological approach for enterprises to reduce costs and improve efficiency.


1. Precise anti-scratch design effectively reduces the risk of physical damage.

• Die-cutting and lamination protection Customize the knife-card grooves according to the specific contours of the parts, through... High-precision die-cutting process (Reference:) Achieve “zero-displacement” fixation of components, thereby preventing friction damage caused by shaking during transportation.
• Anti-pressure cushion layer : Adopted 4-10mm thickened hollow board (Citation:), its honeycomb structure can effectively dissipate external impact forces. According to actual measurements, this material can support a weight of up to 50 kg without deforming, reliably protecting sensitive components from compression and deformation.

II. Antistatic protection measures to ensure the safe storage and transportation of electronic components

• Electrostatic Dissipation Technology Surface resistance value of hollow boards with antistatic agents added Stability control within the range of 10⁶–10⁸ Ω. (Source: ) can effectively eliminate the hidden scrap problem caused by electrostatic discharge in precision circuit boards.
• Clean production environment adaptation This material has been approved. Food-grade non-toxic certification (Citation:), it features dust-free shedding, thereby preventing contamination of the assembly environment in cleanrooms.

3. Implement an intensive management model to reduce losses during the circulation process.

• Nested stacking design : Knife card and Used in conjunction with hollow board turnover boxes. (Citation:), which can be securely fastened by nailing. Stackable storage can save 60% of warehouse space while reducing the frequency of handling operations.
• Significantly improved service life Compared to traditional foam materials, Polypropylene (PP) material features oil resistance and anti-aging properties. (Reference: ) It is washable and reusable more than 200 times, reducing long-term usage costs by 40%.


Data validation According to the case study, after a certain auto parts factory in Ningbo adopted the hollow-board blade-card solution, the turnover loss rate of components dropped from 8.7% to 1.2%, resulting in annual savings of over one million yuan in rework costs.
Action Recommendations It is recommended that companies choose providers that can offer... Flexible size customization (e.g., 2000×2000mm) And Color-coded management service The supplier (citation: ) is capable of rapidly adapting to the diversion management requirements for multiple part models.