Technical Specifications
- Unit of Measure:
- 10X100
- Brand:
- Swantex
Description
3-Ply White Paper Napkins 40cm – Pack of 1000 (10x100)
Elevate your table presentation with these high-quality 3-Ply White Paper Napkins. Measuring 40cm, these napkins offer the perfect balance of elegance, strength, and eco-conscious design - ideal for restaurants, cafes, bars, hotels, catering events, and home entertaining.
Made from 100% FSC-certified recycled materials, these napkins are an environmentally friendly alternative to traditional cloth napkins. Their 3-ply construction provides a premium feel with added absorbency and durability, making them effective for cleaning spills, wiping hands, or serving with food and beverages.
Soft to the touch yet strong and practical, These 3 Ply napkins are gentle on skin, hygienic, and fully disposable - ensuring convenience without compromising quality or sustainability.
Features
Key Features for the 3-Ply White Paper Napkins:
Size: 40cm x 40cm
3-ply for extra softness and strength
Colour: Classic White
Made from 100% FSC-certified recycled paper
Supplied in packs of 10 x 100 napkins (1,000 total)
Ideal for hospitality, events, and home use
Suitable for food and drink service, and for quick cleanup of spills and messes
Make a professional, eco-friendly impression with these reliable and sustainable white napkins- perfect for any occasion.
Need Help Choosing the Right Paper Napkins?
Still unsure if the 3-Ply White Paper Napkins is the best fit for your needs? Whether you’re caring for yourself, a loved one, or managing patient care, our friendly team is here to assist you.
Call us on 01323 445 056 or email [email protected] for fast and friendly assistance.
Napkins White 3 Ply 40cm
Add a touch of elegance and practicality to any dining experience with 3-Ply White Napkins. Perfect for hospitality, events, or home entertaining, these premium-quality napkins offer exceptional softness, absorbency, and strength - crafted from 100% FSC-certified recycled paper to support sustainable choices without compromising on performance.
