Econoco Corp RY10 Round Tubing 10 Ft Chrome

Product Description

The ECONOCO CORP RY10 is a 10-foot chrome round tubing rod designed for garment display and retail merchandising applications. Constructed from 1.25-inch diameter round tubing, this rod provides a sturdy hanging surface for apparel and accessories. The chrome finish delivers a clean, durable surface suited for high-use retail environments. At 10.2 pounds, this is a solid-gauge tube intended for professional fixture installation in commercial display settings.

This round tubing is used in retail garment rack systems, freestanding display fixtures, and wall-mounted merchandising units. It is appropriate for both new fixture builds and replacement applications in commercial retail environments. Trade installers and fixture merchandisers working with standard garment display hardware will find this tubing compatible with typical round-tube bracket and socket fittings used throughout the industry.

Key Features

• 10-foot overall length provides extended hanging capacity for garment display
• 1.25-inch round tube diameter fits standard retail display hardware and brackets
• Chrome finish resists corrosion and wipes clean for ongoing retail use
• Sold individually as a single unit per each (EA) with a package quantity of 5 available
• Substantial construction at 10.2 pounds supports commercial load requirements

Compatibility

Designed as an OEM-style replacement or new-build component for standard round-tube garment rack and retail display fixture systems accepting 1.25-inch diameter round tubing.

Installation Notes

Installation is typically performed by retail fixture installers or general contractors fitting out commercial display environments. Ensure all bracket sockets and end fittings are rated for 1.25-inch round tube before mounting. Support the tubing at both ends and at intermediate points on longer spans to prevent deflection under garment load. Power tools are not required for basic installation, but secure all mounting hardware to structural surfaces capable of supporting the intended load.