RUCON® DMO
Self-crosslinking resin finishing agent for the easy-care finishing of textiles made from cellulosic fibre material
- Excellent permanence of the effects
- Good compatibility with many combination products
- Good bath stability
- Resistant to hard water
- Soluble in cold or warm water (30 °C) to a clear solution
Field of application:
Pad process
Chemical Basis:
N-methoxymethyl melamine
Ionic Character:
Non-ionic
Form:
Liquid
RUCON® FAC
Low-formaldehyde resin finish of woven and knitted goods made of cellulosic fibres and their blends with synthetic fibres according to current eco-standards; also applicable in garments
- no additional catalyst required
- low-formaldehyde
- good easy-care properties and high dimensional stability of the textiles
- produces chlorine-resistant finishes
Field of application:
Pad process
Chemical Basis:
N-methylol dihydroxyethylene urea
Ionic Character:
No charge
Form:
Liquid
RUCON® FEC
Low-formaldehyde easy-care finishing of cellulosic fibres
- good dry and wet crease resistance
- resistant to washing at the boil and dry cleaning
- very low formaldehyde values in line with Oeko-Tex Standard 100
- good easy-care properties and high dimensional stability of the textiles
- chlorine-resistant
Field of application:
Pad process
Chemical Basis:
N-methylol dihydroxyethylene urea
Ionic Character:
No charge
Form:
Liquid
RUCON® FEF
Crosslinking agent for the low-formaldehyde resin finishing of textiles made from cellulosic fibres or their blends with synthetic fibres
- good easy-care properties and high dimensional stability of the finished goods
Field of application:
Pad process
Chemical Basis:
N-methylol dihydroxyethylene urea
Ionic Character:
No charge
Form:
Liquid
RUCON® FND
Low-formaldehyde resin finishing of cellulosic fibres and their blends with synthetic fibres in dry and moist cross-linking processes
- high liquor stability, also in the presence of strongly acidic catalysts
- good easy-care properties and dimensional stability of the textiles
- resistant
Field of application:
Pad process
Chemical Basis:
N-methylol dihydroxyethylene urea
Ionic Character:
No charge
Form:
Liquid
