Pro-source PS-R010-C12-5 Cotton Polishing Cloth 5 Lb

Product Description

The PRO-SOURCE PS-R010-C12-5 is a reclaimed flannel cotton polishing and dust cloth packaged in a 5-pound box. Each pack contains approximately 3 to 4 individual cloth pieces per pound, yielding roughly 15 to 20 pieces per box. The cloths are made from reclaimed cotton flannel and are rated low-lint, making them suitable for surface polishing, light dusting, and general shop wipe-down tasks. Colors are assorted and will vary. These cloths are a standard consumable used by HVAC technicians, plumbers, electricians, and general tradespeople for cleaning fittings, wiping surfaces, and applying compounds during service work.

These polishing and dust cloths are well suited for light industrial and trade shop environments where a cost-effective, reusable or disposable wiping solution is needed. The reclaimed flannel construction provides a soft, low-abrasion surface appropriate for polishing metal fittings, cleaning equipment housings, and removing dust or debris from work surfaces. Each box contains one package with a total weight of 5 pounds of cloth material.

Key Features

• Reclaimed cotton flannel construction for soft, low-abrasion wiping
• Low-lint rating reduces fiber transfer onto work surfaces
• 5-pound pack yields approximately 15 to 20 cloth pieces
• Assorted colors — suitable for general-purpose shop use
• Packaged in a single box for easy storage and dispensing

Compatibility

Designed as a general-purpose polishing and dust cloth for trade and light industrial applications. No specific equipment compatibility required.

Installation Notes

No installation is required for this consumable product. When using cloths for surface prep or fitting cleaning in HVAC, plumbing, or electrical work, ensure the work area or equipment is de-energized or shut off before wiping components. Dispose of or launder used cloths in accordance with local shop safety and waste-handling practices. Avoid using on surfaces where lint or fiber contamination would be harmful without first confirming the low-lint rating meets application requirements.