The Quantum DS92060CO Short Divider Conductive is a specialized accessory designed for precise separation within tote boxes used in commercial foodservice environments. Made in the USA, this conductive divider features a durable black plastic construction, offering reliable electrical performance and resilience in food processing and storage applications. It’s optimized for use with the DG92060CO model, ensuring seamless integration and enhanced workflow efficiency in food handling operations. Its central feature is its conductive properties, facilitating static control during critical processes, with dimensions tailored for compatibility and ease of handling in various storage and transport contexts.
Top Quantum DS92060CO Features
The Quantum DS92060CO Short Divider conducts static discharge efficiently, designed for precise segmentation in tote boxes for commercial kitchens. Its sturdy plastic material guarantees durability during frequent handling, while the black finish provides chemical resistance and easy cleaning. The component's compatibility with DG92060CO ensures straightforward installation and maintenance, supporting streamlined workflows. Its dimensions are optimized for secure placement within tote systems, reducing cross-contamination risks and enhancing product organization in high-volume environments.
- Precise static discharge – reduces static buildup in storage containers.
- Constructed from durable plastic – withstands frequent handling and cleaning.
- Easy to install and maintain – compatible with existing tote box systems.
- Optimal dimensions for fit – ensures secure location during transportation.
- Designed for medium-volume use – supports efficient workflow in busy facilities.
Ideal for batch processing and storage in commercial kitchens requiring static control
Quantum DS92060CO Technical Specs
The Quantum DS92060CO Short Divider features a conductive plastic construction tailored for static dissipation, with an overall length suitable for standard tote boxes. Its material allows for easy cleaning and resistance to common cleaning agents used in commercial kitchens. This model pairs high durability with compatibility to the DG92060CO system, supporting medium workload applications such as food storage, preparation, and transportation in institutional, retail, or catering environments. It is designed to fit precisely within standard tote dimensions, with detailed specifications enabling seamless integration into existing workflows. The accessory measures approximately [insert dimensions], weighs around [insert weight], and includes features that facilitate quick disassembly and cleaning, such as smooth edges and a durable finish. The conductive properties are maintained within a safe temperature range, ensuring reliable static control in operational conditions.
- Electrical Compatibility: Conductive plastic for static dissipation.
- Material Finish: Black, durable, easy-to-clean plastic.
- Dimensions: Designed for standard tote sizes, exact measurements available upon request.
- Weight: Approximate weight of the divider item is [insert weight].
- Operating Range: Temperature resistance up to [insert max temp]°F.
- Cleaning Method: Compatible with standard commercial cleaning protocols.
- Compatibility: For use with DG92060CO tote systems, ensuring secure installation.
- Installation: Snap-fit design for quick, tool-free placement within tote boxes.
- Durability: Manufactured for frequent handling and cleaning in foodservice routines.
- Usage Environment: Suitable for storage, transport, and handling in commercial kitchens, cafeterias, and catering operations.
What is a commercial short divider for tote boxes
A commercial short divider is a rigid plastic component used to segment storage containers in foodservice applications, facilitating static control and organized storage. The Quantum DS92060CO short divider is specifically designed for use with tote boxes like the DG92060CO in institutional kitchens, catering, and retail food storage. It ensures stable separation of items, reduces cross-contamination, and enhances workflow efficiency during storage, handling, or transport. With conductive properties, it addresses static buildup in environments where static-sensitive products are stored, making it ideal for mid-volume food processing and packaging operations.
Top tote box accessories for foodservice environments
Designed for efficient storage and static control within commercial kitchens, the Quantum DS92060CO short divider offers durable, easy-to-install, and maintenance-friendly functionality suited for medium-volume operations like institutional and catering facilities. Made by Quantum, model DS92060CO supports reliable static management in food storage workflows with a compact footprint suited for busy environments.
- Operation Type — such as batch food handling rooms
- Kitchen Setting — including compact or organized commercial spaces
- Foodservice Category — suited for storage and transport accessories
- Workload Qualification — supporting moderate throughput activities
- Use Case — static-sensitive storage and organization tasks
Why Choose Quantum DS92060CO Short Divider Conductive?
Quantum DS92060CO stands out with its durable plastic construction, precise fit, and reliable static dissipation capabilities. Its compatibility with standard tote systems simplifies installation and maintenance, supporting streamlined workflows. Unlike competitor models, it maintains integrity through frequent handling and cleaning, ensuring long-term performance in food processing environments. Its conductive properties improve static management, providing safer storage solutions and reducing cross-contamination risks, making it a superior choice for commercial kitchen operations requiring efficiency and reliability.
- Self-contained design enabling quick deployment within tote boxes
- Made from high-grade plastic for enhanced durability and chemical resistance
- Optimized for mid-volume handling in food processing facilities
- Provides reliable static dissipation to prevent product damage
- Supports fast cleaning and disassembly in busy environments
