Business Source BSN15741 Size 32 Rubber Bands 1 Lb 700-pack

Product Description

The BUSINESS SOURCE BSN15741 is a size 32 rubber band sold in a 1-pound pack of 700 bands in natural color. Each band is composed of 55 percent rubber with a latex component, delivering 700 percent stretch capacity. After stretching, the bands return close to original dimensions with only 30 percent variation, indicating reliable elasticity retention. These bands are suited for general office fastening as well as light industrial bundling tasks. The 1-pound pack format makes it practical for stocking supply rooms, mail rooms, or production areas where rubber bands are consumed in volume.

Size 32 rubber bands are a standard office and industrial staple used for bundling documents, binding rolled prints, organizing small parts, and securing packages. The natural color finish indicates an unbleached rubber compound typical of general-purpose bands. This pack is appropriate for facilities managers, office supply buyers, and light industrial operations that require a reliable, high-volume supply of elastic fasteners at a consistent size.

Key Features

• 55 percent rubber composition with latex for consistent stretch performance
• 700 percent stretch capacity handles a wide range of bundling diameters
• 30 percent post-stretch variation ensures bands return close to original size
• 1-pound pack includes approximately 700 bands for high-volume use
• Size 32 standard sizing for broad compatibility with common bundling applications

Compatibility

Designed as a general-purpose size 32 rubber band suitable for standard office, mail room, and light industrial fastening and bundling applications.

Installation Notes

No tools or special installation procedures are required for rubber band use. Avoid overstretching beyond the rated capacity to prevent band breakage. Store away from direct sunlight, heat sources, and ozone-producing equipment to extend shelf life. Latex content should be noted in environments where latex sensitivities are a concern.