Cold water soluble non woven fabric, also known as water soluble paper, can be completely dissolved in the temperature of 20 degrees Celsius.
It is mainly used for backing interlining, and can be also widely used in curtain, cup pad, table cloth, home furnishing, langries and wedding dress, home textiles.
It is quickly dissolved in water, and cancel automatic machine or scissors separation rocess. So it has become one of our most fast sale products. We can supply 20℃, 40℃, 60℃, 70℃, 90℃ water soluble non woven fabrics.
Width: 80-200cm
Weight: 30-100gsm
Composition: 100%PVA
Color: white
Soluble temperature: 25℃
Lead time: 25-35 days
Sample: free for normal samples
Shipping: sea freight, railway freight, air freight
Payment: T/T, L/C
Features:
1. The cold water soluble non-woven pads paid to the bottom of the embroidery have the excellent softness and tensile strength and feel exactly the same before and after embroidery.
2. The color of fabric and thread after embroidery water soluble is the same as before water soluble, with no color change.
3. Cold water soluble non-woven fabric can fully meet the strength requirements of various embroidery processes and pads paid on the bottom.
4. No formaldehyde. After dissolving, it decomposes into plant starch, water, and carbon dioxide. It meets the requirements of environmental protection.
5. Fast dissolving speed.
6. Cold water soluble nonwoven fabric is mainly used in all kinds of high-grade underwear, fashion, and special fabrics.
7. Compared with water soluble film, water soluble nonwoven fabric has less influence on the weather and can be used in both wet and dry weather, and the embroidered flower pattern is more perfect.
Application:
1. Suitable for computer embroidery pad liner, also can be directly embroidered.
2. Can be used for printing according to customer requirements, directly printing guest patterns on non-woven fabric.
3. Support customized water soluble nonwoven bags, which can be used for various packaging. It can be water soluble and degradable after use and has extremely broad application prospects.
