Bsc Preferred RUB310CR Heavy-duty Plastic Trash Can

Product Description

The BSC PREFERRED RUB310CR is a heavy-duty plastic trash can designed for efficient waste collection in commercial, industrial, and institutional settings. Built from thick, impact-resistant plastic, this receptacle will not rust, chip, or peel and holds up against everyday dents and abuse. Molded handles are integrated into the body for easier lifting and repositioning. Vented side channels run along the exterior to break the air seal when removing liners, reducing the effort required to pull out full bags. At approximately 2.88 pounds, the can is light enough for frequent repositioning without sacrificing structural durability.

This trash receptacle suits a wide range of applications including facility maintenance, janitorial operations, break rooms, warehouses, and light-commercial environments. It is sized for standard liner compatibility and is well-suited for custodial staff who need a reliable, low-maintenance waste container that holds up to daily use. The unit ships individually and is ready to deploy without assembly.

Key Features

• Heavy-duty plastic construction resists rust, chipping, peeling, and denting
• Molded handles integrated into the body for secure, comfortable lifting
• Vented side channels break the air lock for fast, easy liner removal
• Lightweight at 2.88 pounds for easy repositioning
• No assembly required - deploy immediately out of packaging

Compatibility

Designed as an OEM-style equivalent replacement for part number H-1853R. Suitable for standard residential and commercial trash liners sized to match the receptacle dimensions.

Installation Notes

No tools or trade licensing are required for deployment. Position the receptacle on a stable, level surface and insert a compatible liner before placing into service. For facilities with multiple units, janitorial staff should confirm liner sizing against receptacle dimensions prior to bulk liner purchasing. Inspect the body periodically for cracks or stress fractures that could compromise the structural integrity of the can.