Ecopack Multi-Purpose Bamboo Cleaning Cloths (1 Box/10 Cloths)

Ecopack Reusable Bamboo Cleaning Cloths are a soft, absorbent, and reusable alternative to paper towels and synthetic cleaning cloths.

Made from 100% bamboo-derived viscose, these versatile cloths are designed for everyday household cleaning while helping reduce single-use waste and microplastic shedding.

• Made from 100% bamboo-derived viscose
• Soft, absorbent, and reusable
• Machine washable and durable
• Food-safe for kitchen cleaning
• Biodegradable material with no synthetic microplastics
• Convenient dispenser box for easy storage

• Cloth size: 300mm × 290mm
• Cloths per box: 10
• Boxes per carton: 12
• Total cloths per carton: 120
• Material: 100% viscose derived from bamboo

• Kitchen cleaning and wiping surfaces
• Cleaning glass and mirrors
• Electronics and jewellery cleaning
• Reusable household cleaning cloths
• Reusable baby wipes
• Reducing paper towel waste

• Use wet or dry for household cleaning tasks
• Wash and reuse multiple times
• Suitable for kitchen and food-contact surfaces
• Microwave briefly if needed to help kill germs
• Allow cloths to dry fully between uses
• Store in a clean, dry place

These cleaning cloths are made from 100% viscose derived from renewable bamboo material.

The cloths are designed to be durable enough for repeated use while remaining soft and absorbent.

• Tested by: Intertek NGBT06418767

What are these cleaning cloths made from?

These cloths are made from 100% viscose derived from bamboo.

Can these cloths be reused?

Yes, these cloths are designed to be washed and reused multiple times.

Are these cloths food-safe?

Yes, they are suitable for kitchen cleaning and food-contact surfaces.

Can I wash these in the washing machine?

Yes, these cleaning cloths are machine washable.

Can these replace paper towels?

Yes, these reusable cloths are designed to help reduce single-use paper towel waste.

Do these cloths contain synthetic fibres or microplastics?

No, these cloths are made from bamboo-derived viscose rather than synthetic microplastic-based materials.