AVCO-BIOLIT NFB

BIODEGRADABLE UNIVERSAL WETTING AND WASHING AGENT
AVCO-BIOLIT NFB is a surfactant, which possesses very good wetting and cleaning properties, and can therefore be used in a wide- range of textile preparation and bleaching processes, such as de-sizing, kier boiling, alkali treatment, bleaching, wetting and washing treatments.AVCO-BIOLIT NFB is composed of biodegradable ingredients with no potential for bio-accumulation, and with no evolution of toxic compounds during biodegradation.AVCO-BIOLIT NFB is environmentally acceptable, and can be regarded as a “GREEN” product.

SPECIFICATION:

Appearance Colourless,slightly viscous, haze liquid.
Chemical nature Blend of nonionic (APEO free) and anionic surfactants
Compatibility Is not compatible with cationic products.
Foaming tendency Low foaming
pH (10% sol.) 7.5 ± 0.5
Resistance to: mild acids, mild alkalis, electrolytes, hard water } Good
Solubility Miscible with water at any ratio.
Storage Solidifies below O°C. Fully usable after thawing and agitating. Shelf life is at least 12 months.

PROPERTIES & USES:

  1. Rapid wetting agent, applied in neutral, alkaline and mild acid range, for both
    cold
    and hot liquors, on all types of textiles.
  2. Very efficient detergent and wetting agent for high-speed machines or those with
    tendency to foam, e.g. jet machines, overflow machines, high speed continuous
    bleaching, scouring and washing ranges.
  3. Stable to chemicals normally used in textile preparation and bleaching processes,
    such
    as alkalis, mild acids, electrolytes, hypochlorite, sodium-chlorite, persulphates
    and
    hydrogen-peroxide.
  4. Good wetting agent for de-sizing bleaching and scouring operations.
  5. Good kier-boiling agent.
  6. Can be used in dye-bath, to ensure level pick up of dyestuffs.
  7. Good soaping agent for reactive dyestuffs.

APPLICATION:

AVCO-BIOLIT NFB can be applied as is, or pre diluted with cold water.
Amounts of application are the following:
a. Padding methods:
  1. On raw material use 2 – 4 g/l
  2. On prepared material use1 – 2 g/l
b. Exhaustion methods:
  1. On raw material use 1 – 2 g/l
  2. On prepared material use 0.5 – 2 g/l