Amazon Basics Heavy Duty Sweeping Cloths, 44 Count

This amazon Basics Heavy Duty Sweeping Cloths set offers 44 individually packed dry floor cloths, designed for effective cleaning across a variety of surfaces. Each cloth features a quilted pattern that improves particle pickup, delivering stronger performance compared to standard dry sweeping cloths. The durable material helps trap dust, pet hair, and dirt, making it ideal for daily home maintenance.

Key Points

The cloths are made with a quilted surface that increases particle retention by up to 2X over traditional models. They are safe to use on hardwood, tile, vinyl, and other common flooring types. Each piece measures 11 inches by 8.7 inches, providing a practical size for sweeping without excessive material. The set includes 44 cloths, which helps reduce the need for frequent replacements.

Technical Specifications

• Brand + Model: amazon Basics Heavy Duty Sweeping Cloths
• Total Count: 44 cloths
• Individual Cloth Size: 11 x 8.7 inches
• Material Type: Quilted, dry fabric
• Surface Compatibility: Hardwood, tile, vinyl, laminate
• Usage: Dry sweeping only

Benefits

These cloths deliver better dust and debris control during routine cleaning, especially in homes with pets or high foot traffic. The quilted design allows for smoother movement across surfaces, reducing the effort needed to sweep. They maintain performance over time, even with regular use.

Usage Recommendations

For best results, use the cloths on dry floors after removing loose debris. Avoid using them on wet or damp surfaces to prevent damage. Shake off excess dust before storing to extend lifespan. Replace any cloth that shows visible wear or stains. Keep the set in a dry, accessible location for quick access during cleaning tasks.

The cloths are designed to work efficiently with standard sweeping motions and do not require special tools or attachments. They are a reliable option for households that prioritize consistent, low-maintenance cleaning. According to the manufacturer, the quilted structure enhances performance by improving surface contact and particle capture.