- Tanning Or Dyeing Extracts; Tannins And Their Derivatives; Dyes, Pigments And Other Colouring Matter; Paints And Varnishes; Putty And Other Mastics; Inks
- Paints And Varnishes (including Enamels And Lacquers) Based On Synthetic Polymers Or Chemically Modified Natural Polymers, Dispersed Or Dissolved In An Aqueous Medium.
- Paints And Varnishes, Incl. Enamels And Lacquers, Based On Synthetic Or Chemically Modified Natural Polymers, Dispersed Or Dissolved In An Aqueous Medium (excl. Those Based On Acrylic Or Vinyl Polymers)
Nano Super Hydrophobic Coating for Textiles
Product Images
Product Property
Product Status : | New |
Sample Available : | yes |
Shipment Terms : | fob,cfr,cif,Negotiable |
Payment Mode : |
T/T,L/C |
Description
Nano Super Hydrophobic Coating for Textiles, also named as Nano textiles duel-repellent treatment agent, is mixture of nanometer oxide materials and environmentally friendly surfactant blended based on "lotus effect". The coating can produce waterproof, breathable, stain resistant& easy to wash properties, but still maintain the original texture characters, style and hand handle. If the worsted wool fabric is processed with this nano agent, it’s shrinkage rate will be reduced.Materials treated with this agent will have great wrinkle resistance, and highly reduce the phosphorous pollution because of the washing.
Application
Suitable for high-end clothing fabrics, curtains, tablecloths, carpets, bedding and other textile products, also suitable for shoes, fashion clothing bags, suitcase, leather, sofa, etc.
Feature
1 Enables the textile materials have great stain resistance & easy to clean, so the oil, tea or coffee, etc. won’t attach to it.
2 Materials conform to American FDA standards
3 Non Teflon formula, safe and reliable
4 Can be washed more than 300 times , much more durable.
5 Easy to apply, spray directly to the textiles
Use method
Soak or spray, then dry
Package & Storage
150ML or 200ML or 120ML or 1L or 5L/bottle
Stored in a cool and dry place, under temperature 5-40℃, away from heat source.