Model 8301B ESD turnover bins are made of modified anti-static material with stable surface resistance ranging from 10⁶ to 10⁹Ω for rapid static dissipation, preventing PCB boards and precision components from electrostatic breakdown.

Reinforced ribs all around the bin deliver high impact resistance and load capacity; stackable design saves storage space. Corrosion-resistant and easy to clean, ideal for SMT production line transfer and workshop material storage. Resists deformation after long-term circulation, in stock for general factory use.

Why choose this product?

• Stable ESD Compliance:Made of permanent anti-static material with resistance of 10⁶-10⁹Ω, it quickly dissipates static electricity to protect PCB components and complies with ESD standards of SMT workshops.
• Reinforced Structure for Long Service Life:Integrated reinforcing rib design provides great impact resistance and load capacity. It hardly cracks or deforms after repeated circulation, cutting replacement expenses.
• Stackable Design to Save Storage Space: Standard uniform shape enables stable anti-slip multi-layer stacking, less space occupation for production line storage and transfer, and higher warehouse utilization.
• Stain Resistant & Easy to Clean:Acid, alkali and oil resistant with smooth surface for effortless wiping, suitable for long-term circulation of all kinds of electronic materials.
• Universal & Ready Stock for Fast Delivery:Ideal for storage and transfer of various SMT materials and semi-finished products. Constant factory stock available for direct replacement in most electronic workshops.

How It Works

1. It adopts permanent anti-static plastic substrate mixed with conductive carbon powder inside to form continuous conductive channels.
2. With surface resistance maintained at 10⁶-10⁹Ω, it slowly and evenly discharges static electricity generated by components to the ground, preventing static accumulation from breaking down PCBs and electronic parts and meeting workshop ESD protection requirements.

Application Process

1. Place PCBs and electronic components into the bin.
2. Static generated by friction transfers to the bin via conductive carbon powder paths.
3. Static charges dissipate evenly at 10⁶-10⁹Ω to avoid charge accumulation.
4. Static is led to ground via grounded workbench or ESD trolley.
5. Continuous ESD protection during transfer and stacking to prevent component damage.

Requirements

ESD Usage Conditions

• Supporting grounding equipment: Must be used with grounded workbenches and ESD trolleys to conduct static electricity to the ground.
• Ambient temperature and humidity: Maintain workshop humidity at 40%–60% RH. Dry environments generate more static electricity and reduce protection performance.
• No insulating surface covering: Do not apply insulating tape or paint, which will block conductive paths.

Storage and Load-Bearing Requirements

• Stacking layers: Stack within specified standard layers; overloading or over-height stacking is prohibited to prevent deformation and cracking.
• Load restrictions: Do not place sharp heavy objects to avoid scratches and punctures on the conductive surface.
• Storage environment: Keep away from strong acids, alkalis and highly corrosive solvents to extend service life.

What It Is Used For

• It is used to store and transfer PCB boards and electronic components to isolate static electricity generated by friction.
• It steadily dissipates static charges to avoid electrostatic breakdown of precision electronic materials.
• It allows layered stacking for neat material management and space saving in workshops.
• It complies with ESD control standards of SMT workshops and reduces scrap loss of components.

Conclusion