Examples

  • Möbel Rieger, Esslingen

    Möbel Rieger, Esslingen

BARiT Industrial Floors

The ever increasing cost call for some long-living floor coatings to low cost of maintenance and upkeep. BARiT industry floors may bear heavy loads. Being jointless, they are easy to clean. They are durable, cost-saving and ecologically beneficial.
Salutas Pharma GmbH, Barleben
Salutas Pharma GmbH, Barleben

BART IMPREGNATIONS are used to consolidate mineral grounds such as concrete floors or screeds. Or to close the pores thereof. Impregnation contributes to higher resistance and elimination of dust due to abrasion.

 

Quick Info

  • jointless
  • dust binding
  • mechanical and chemical stability
  • easy cleaning
  • colourless or pigmented

Optics

BARiT SEALINGS can be applied transparently or pigmented, in satin or matte, depending on the system used for application. Different degrees of gloss are also possible: Matte, satin, glossy. The BARiT SEALING EXW can also be used as a waterproofing layer.

Properties

Type: EXW
BARiT SEALING - Type: EXW, is a transparent or pigmented, two-component system based on water-dilutable, epoxy resin. For this reason waterproofing emits very low odor, and is neither flammable nor explosive.

Type: D1-55
BARiT SEALING - Type: D1-55, is a transparent, high-gloss, two-component system based on polyurethane resin, which is characterized by good light resistance as well as chemical resistance.

Type: PW11
BARiT SEALING - Type: PW11, is a transparent or pigmented, matte, two-component system based on polyurethane resin, which is characterized by good light resistance as well as chemical resistance.
BARiT Sealants are water, oil and petrol resistant, as well as resistant to a variety of alkalis, diluted acids and salt solutions. For high temperature exposure, BARiT Sealants can handle temperatures between 95° and 150 °C temporarily.

Type SEALINGS
Working under conditions Type: EXW:
  • air humidity
  • residual moisture of the ground
  • ground temperature min.
  • ground temperature max.
 
  • 40 - 85 %
  • 4 - 10 %
  • 10 °C
  • 22 °C
Curing time at 20°C Type: EXW:
  • not sticky
  • walking admissible
  • final hardness
  • mechanical stability
 
  • after 4 hours
  • after 16 hours
  • after 7 days
  • after 7 days
Working under conditions of Type: D1-55:
  • air humidity
  • residual moisture of the ground
  • ground temperature min.
  • ground temperature max.
 
  • 40 - 65 %
  • 4 %
  • 10 °C
  • 22 °C
Curing time at 20°C Type: D1-55:
  • not sticky
  • walking admissible
  • final hardness
  • mechanical stability
 
  • after 5 hours
  • after 8 hours
  • after 4 days
  • after 24 hours
Working under conditions of Type: PW11:
  • air humidity
  • residual moisture of the ground
  • ground temperature min.
  • ground temperature max.
 
  • 40 - 65 %
  • 4 %
  • 10 °C
  • 22 °C
Curing time at 20°C Type: PW11:
  • not sticky
  • walking admissible
  • final hardness
  • mechanical stability
 
  • after 5 hours
  • after 8 hours
  • after 4 days
  • after 24 hours
TYPE EXW D1-55 PW11
Binding agent 2-K-EP-resin emulsified water 2-K-PUR-resin in organ. solvents 2-K-PUR-resin dispersed water
Consumption/m² 100-150 g/process 70-100 g/process 70-100 g/process
Colour shade colourless/pigmented colourless colourless/pigmented
Grade of gloss silk gloss high gloss mat /silk mat
Bending tensile strength DIN 1164** - - -
Compression strength DIN 1164** - - -
Adhesive pull strength DIN EN 24624 > 1,0 N/mm² > 1,0 N/mm² > 1,0 N/mm²
Light-fastness not UV resistant conditionally resisting to UV conditionally resisting to UV
Light-Temperature resistance 95 °C temporarily / 70 °C consistently 150 °C temporarily / 120 °C consistently 150 °C temporarily / 120 °C consistently
Chemical resistance to resistance list and self test to resistance list and self test to resistance list and self test
Cleaning BARiT Cleaner* BARiT Cleaner* BARiT Cleaner*
** with prism method - according to AGI Worksheet A 80 and BEB Worksheets KH 2
* according to cleaning and care instructions

Green Building does not apply to D1-55 and DW11