Pro-source SA24-TAM Push Broom 24in Tampico Bristle

Product Description

The PRO-SOURCE SA24-TAM is a general-purpose push broom built for trade and industrial sweeping applications. It features a 24-inch-wide plastic block head with natural Tampico bristles cut to 3 inches in length. Tampico fiber holds up well to light moisture and moderate debris loads, making it a reliable choice for workshop floors, loading docks, warehouses, and light-duty outdoor surfaces. The block connects to a handle via a bolt-on fitting for a secure, rattle-free attachment. Note that a handle is sold separately; the recommended handle is part number 75331371.

This push broom is suited for general sweeping on concrete, asphalt, and sealed floors in commercial and industrial settings. Facilities maintenance crews, contractors, and trade professionals use this style of broom for post-job cleanup, shop maintenance, and surface prep. The 24-inch sweep width covers ground quickly on open floor areas. The bolt-on handle connection is compatible with standard threaded broom handles sized to match the block fitting.

Key Features

• 24-inch brush width covers large surface areas efficiently
• Natural Tampico bristles provide moderate stiffness for general-purpose sweeping
• 3-inch bristle length maintains contact on slightly uneven surfaces
• Plastic block construction resists corrosion and moisture damage
• Bolt-on handle connection delivers a secure, stable fit
• Handle sold separately; recommended handle part number 75331371

Compatibility

Designed for use with bolt-on compatible broom handles; recommended handle is part number 75331371. Handle is not included with this broom head.

Installation Notes

Attach a compatible bolt-on broom handle before use. Ensure the bolt and any fastening hardware are tightened securely to prevent the head from loosening during sweeping. No tools beyond a basic wrench or screwdriver are typically required for handle attachment. Inspect bristle wear periodically and replace the broom head when bristle length is significantly reduced.