LP-ESD-MT-DIV-4020 — Conductive Broad Divider for LP-ESD-MT-4020-81 Industrial Racking Bin
Reference: LP-ESD-MT-DIV-4020
- ESD-protective design: conductive PP with 10³ Ω surface resistance.
- Broad-format configuration: fits LP-ESD-MT-4020-81 racking bin guide slots.
- Optimized compartmentalization: subdivides bins for better component organization.
- Tool-free installation: easily slides and locks into molded channels.
- Label-ready sections: supports adhesive and insert-style labeling for each partition.
- Permanent conductivity: ensures static dissipation and part protection.
- Durable and reusable: robust for daily industrial and assembly use.
- Enhanced organization: enables structured small-parts handling and visual control.
- Ergonomic handling: improves part accessibility and workplace efficiency.
- Chemical and temperature resistant: ideal for industrial use under demanding conditions.
Technical specifications
General Information:
Material: ESD PP
Weight: 0.030 kg
Color: Black ESD
Temperature resistance: -10°C to +60°C
Units/pack: 10 pcs
Dimensions:
Dimensions: matches MT-4020-81 bin dimensions
The LP-ESD-MT-DIV-4020 is a broad-format conductive divider developed for use with the LP-ESD-MT-4020-81 conductive industrial racking and shelving bin (400×183×81 mm). Manufactured from ESD-conductive polypropylene (PP) with a surface resistance of approximately 10³ Ω, this divider ensures permanent electrostatic discharge (ESD) protection and reliable mechanical stability in professional storage and assembly environments.
By inserting one or more dividers into the integrated bin guide rails, users can create modular compartments for neatly organized storage of electronic parts, connectors, or mechanical components. Each section can be individually labeled, enabling clear identification and improving workflow efficiency. The LP-ESD-MT-DIV-4020 supports EPA (Electrostatic Protected Area) compliance and is particularly suited for electronics manufacturing, automotive assembly, laboratories, and maintenance operations, where static control and efficient organization are crucial.
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