TT-1000 XPR-100 Extreme Remover

FOR THE REMOVAL OF GRAFFITI, PAINT, SOOT, INK, ADHESIVE, POLYURETHANE

Solvent-free

Odourless and non-flammable

Safe for human health and the environment

Reusable up to nine months

Product description

The revolutionary solvent-free cleaner that can handle stubborn and even hardened residues as well. Penetrates and loosens residues where necessary. Non-corrosive,non-irritating and non-flammable and therefore safe to store. Economical to use because of its strength and its 9-month reusability in rinsing and immersion tanks.

Specifications

TT-1000 XPR-100 Extreme Remover

FOR THE REMOVAL OF GRAFFITI, PAINT, SOOT, INK, ADHESIVE, POLYURETHANE

  • Basis: acetal solvent.
  • Form: liquid.
  • Color: transparent.
  • Molecular weight: 164,2.
  • Melting point: < -65°C.
  • Boiling point: +210°C.
  • Density: 0,9921 (20°C).
  • Vapour pressure at 20°C: 0,0225 bar.
  • Solubility in water: 100%.
  • Flash point (ASTM D 92): 92°C.
  • Flash point (ASTM D 93): 88°C.
  • Auto ignition temperature: +210°C.
  • Evaporation rate: 17,38 (match point: Butyl acetaat=1).
  • Storage life: 18 months, dry, cool and frostfree.

Application

  • Removal of graffiti
  • Cleaning of paint guns
  • Stripping of old paint on furniture, walls, moulds, metal objects, etc.
  • Removing cured adhesives and sealants
  • Cleaning paint brushes and rollers (also hardened)
  • Removal of soot

Technical information

Available packages & colors

  • 493601118 - TT-1000 XPR-100 Extreme Remover - bottle 1L

Instructions

  • Apply on the product to remove
  • Allow to take effect depending on desired result (for hours even)
  • Wipe off residue
  • Repeat if necessary
  • Always rinse thoroughly with water

 

TT-1000 Extreme Remover is a fatty, slow evaporating cleaner, allowing a longer application time if necessary. When in doubt as to the resistance of the substrate, first test on an inconspicuous area. Extreme Remover can be reused for nine months by allowing residues to settle down. Treat residual product as chemical waste.