SH12EPLSM HALF ROUND OPEN TOP 12 GAL PERFORATED STARDUST SILVER METALLIC

The Half Rounds Series indoor decorative waste container fits flush against walls to conserve space and reduce obstructions in high-traffic areas. The sleek and functional design of this receptacle blends seamlessly with upscale and modern indoor facilities.

• Sleek and functional design fits flush against walls to conserve space and reduce obstructions in high-traffic areas
• Leak-proof rigid plastic liner included to contain liquids and keep the surrounding area cleaner
• Heavy-gauge, fire-safe steel for lasting durability in high traffic areas
• Leg levelers for stability on uneven surfaces
• Bottom rim is designed to protect floors

DETAILS

The sleek Half Round 12 Gallon FGSH12 Decorative Half-Round Indoor Waste Container has a contemporary graphic pattern designed to seamlessly and beautifully blend with modern facilities and environments. It’s made from heavy-gauge, fire-safe steel and fits flush against walls to conserve space and reduce obstructions in high-traffic areas. Leg levelers provide stability on uneven surfaces and a leak-proof rigid plastic liner is included. Folding retainer bands securely hold liner bags in place and out of sight. The receptacle arrives fully assembled, making set-up fast and easy.

Features and Benefits:

• Sleek and functional design fits flush against walls to conserve space and reduce obstructions in high-traffic areas
• Leak-proof rigid plastic liner included to contain liquids and keep the surrounding area cleaner
• Heavy-gauge, fire-safe steel for lasting durability in high traffic areas
• Leg levelers for stability on uneven surfaces
• Bottom rim is designed to protect floors
• Open Top design for easy waste disposal
• Shipped fully assembled, en-GB: The classic design of this indoor receptacle blends perfectly into any modern or upscale environment
• Heavy-gauge, fire-safe steel for years of reliable service
• Self-closing push door controls odors
• UL listed, FM approved
• Leg levelers for stability on uneven surfaces