Hydrospun Wipers, Heavy Duty, 12 x 12, White, 475/Roll

Product Overview

Boardwalk® Durable Hydrospun Wipers deliver the strength, absorbency, and versatility needed for demanding cleaning and maintenance tasks across a wide range of industries. Constructed from tough, cloth-like nonwoven material, these durable wipers provide excellent resistance to tearing while maintaining high absorbency for efficient liquid pickup. Designed to handle grease, paint, lubricants, solvents, and other challenging substances, they are ideal for surface preparation, equipment maintenance, and general cleanup applications. Their solvent-resistant, low-lint construction helps ensure reliable performance while minimizing residue on tools, machinery, and work surfaces. Offering a superior alternative to traditional shop towels, these hydrospun wipers are well suited for industrial facilities, automotive shops, workshops, manufacturing operations, and food processing environments where dependable cleaning results and long-lasting durability are essential.

Key features

• Highly durable hydrospun construction delivers outstanding strength and absorbency for demanding cleaning and maintenance applications.
• Cloth-like nonwoven material resists tearing while effectively absorbing liquids, oils, and other workplace contaminants.
• Ideal for handling grease, oil, water, cleaning solutions, lubricants, and a variety of industrial fluids.
• Designed to maintain performance when exposed to solvents and challenging staining agents commonly found in commercial environments.
• Low-lint composition helps reduce residue on surfaces, tools, machinery, and equipment during cleaning tasks.
• Excellent for surface preparation, equipment maintenance, parts wiping, and general facility cleanup.
• Provides dependable performance in industrial facilities, automotive shops, workshops, manufacturing operations, and processing environments.
• Cost-effective alternative to traditional shop towels, delivering superior durability, absorbency, and overall wiping efficiency.