Scottie Washable Reusable Kitchen Paper Towels – 70 Sheets, 1 Roll

Scottie Washable Kitchen Paper Towels combine the strength of a reusable cloth with the absorbency and convenience of disposable paper towels. Made from a durable non-woven material, each thick sheet resists tearing even when wet and can be rinsed, wrung out, and reused several times.

These versatile kitchen towels are ideal for drying dishes, wiping cutting boards, draining washed vegetables, cleaning countertops, and handling everyday spills. A fresh sheet can first be used for clean kitchen tasks, then washed and reused for general cleaning before being discarded when heavily soiled.

The large, absorbent sheets help reduce the need for multiple conventional paper towels, making them a practical and economical choice for daily household use. Because they can be disposed of after repeated use, they also offer a hygienic alternative to traditional dishcloths that require long-term washing and storage.

Recommended Uses

• Drying dishes and kitchen utensils
• Wiping cutting boards and countertops
• Draining washed vegetables
• Cleaning kitchen surfaces
• Wiping spills and dirt
• General household cleaning

How to Use

Tear off one sheet and use it as needed. After use, rinse thoroughly with water, wring it out, and allow it to dry before reusing.

For hygienic use, begin with clean tasks such as drying dishes or vegetables, then reuse the sheet for surface cleaning. Discard it when it becomes heavily soiled, damaged, or difficult to clean.

Product Information

Brand: Scottie
Manufacturer: Nippon Paper Crecia
Product Type: Washable reusable kitchen paper towel
Contents: 70 sheets / 1 roll
Ply: 1-ply
Color: White
Material: Non-woven fabric
Dimensions: Approx. 120 × 120 × 275 mm
Country of Origin: Japan

Materials

Pulp, Polypropylene

Important Notes

• Do not flush used sheets down the toilet.
• Replace the sheet when it becomes heavily soiled or damaged.
• Reuse only after rinsing thoroughly and drying appropriately.
• Keep away from open flames and high-temperature surfaces.