TEXTILE WATER
& OIL REPELLENCE
PRODUCT OVERVIEW
Avco® fluoropolymers specifically designed to impart durable water repellence (DWR) effect, oil repellence and stain release properties to various kind of fabrics. These polymers are suitable for both textiles and nonwoven materials as highperformance outdoor equipment and work-clothes. Once properly applied they do not interfere neither with the original breathability or with the softness of the fabrics. All of our C6 Avco® fluoropolymers are Perfluorooctanesulfonic acid (PFOS) and Perfluorooctanoic acid (PFOA) free.
PROPERTIES
PRODUCTS |
IONOGENITY |
ACTIVE |
CHEMICAL DESCRIPTION |
FEATURES & BENEFITS |
Weakly |
32-35% |
Dispersion of a fluorinated compound |
Extremely good performance at low temperature (suitable for PP). |
|
Weakly |
28-31% |
Dispersion of a fluorinated compound
|
Designed specifically for Synthetic substrate |
TEXTILE FLUORINE-FREE
WATER REPELLENCE
PRODUCT OVERVIEW
Avco fluorine-free polymers specifically designed for textile applications. They provide durable water repellence (DWR) effect and stain release properties to the treated materials. They do not contain neither PFC, PFOA, PFOS, APEO or organotin compounds.
PROPERTIES
PRODUCTS |
IONOGENITY |
ACTIVE |
CHEMICAL DESCRIPTION |
FEATURES & BENEFITS |
AVCO-PHOB FF-21 |
Weakly |
24-26% |
Does not contain fluorine |
Imparts excellent water repellency to all types of fabrics |
CROSSLINKERS BLOCKED
BLOCKED POLY-ISOCYANATE
PRODUCT OVERVIEW
Avco fluorine-free blocked isocyanate. They can be used as crosslinking agents for various coating applications that require heat-curing cycles. Applications include increased durable water repellent (DWR) effect and soil release roperties. The durability and the adhesion of coatings are also improved. All of our Avco blocked isocyanate polymers are formaldehyde-free.
PROPERTIES
CROSSLINKERS
POLY-CARBODIIMIDE
PRODUCT OVERVIEW
Avco® fluorine-free carbodiimide crosslinkers. They are an excellent alternative for more hazardous isocyanate and aziridine crosslinkers. They react with COOH groups (in acrylic and polyurethane polymers) forming the so-called “interpenetrating network” with the polymeric binder. The result is a dense network that improves the resistance performances of the coating against cleaning liquids and prevents sun cream lotions, food and chemicals stains.
PROPERTIES