Bsc Preferred RUB141BLG Heavy-duty Recycling Container

Product Description

The BSC PREFERRED RUB141BLG is a heavy-duty plastic recycling container designed for collecting paper, bottles, and cans in commercial, institutional, and industrial settings. Built from durable plastic, the container resists peeling, denting, and chipping under regular use. The reinforced base is engineered specifically to withstand dragging over rough concrete or warehouse floors, extending service life in high-traffic environments. An integrated rib structure along the rim increases structural strength and resists crushing from stacking or heavy loads. Licensed facilities managers, maintenance crews, and janitorial staff install and deploy these containers as part of organized recycling programs.

The RUB141BLG suits a wide range of applications including office buildings, schools, warehouses, and light industrial facilities where durable, clearly designated recycling stations are required. The container is sold as a single unit. A snap-on lid compatible with the RUB141 is available separately for applications where covered containment is needed. This product is equivalent to part number H-7240G.

Key Features

• Heavy-duty plastic construction resists peeling, denting, and chipping
• Reinforced base engineered for dragging over rough surfaces without degradation
• Integrated rib structure along the rim resists crushing and increases rigidity
• Rounded handles provide secure grip for lifting and repositioning
• Compatible snap-on lid for RUB141 sold separately

Compatibility

Equivalent replacement for part number H-7240G. Snap-on lid for the RUB141 series sold separately and not included.

Installation Notes

No tools are required for deployment. Place on a stable, level surface appropriate for the intended recycling stream. Maintenance staff should inspect the base and rim periodically for stress cracks, particularly in high-traffic drag applications. Keep container clear of sharp edges or extreme heat sources that may accelerate material fatigue.