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MF Waterborne Polyurethane Mortar
MF Waterborne Polyurethane Mortar is a four-component
self-leveling flooring material based on high-performance
waterborne polyurethane resin, combined with special cement,
graded silica sand and active pigments. It is designed to
withstand light to medium loads, with a recommended application
thickness of 3–4 mm.
self-leveling flooring material based on high-performance
waterborne polyurethane resin, combined with special cement,
graded silica sand and active pigments. It is designed to
withstand light to medium loads, with a recommended application
thickness of 3–4 mm.
Application Areas
Food processing plants
Beverage production areas
Commercial kitchens
Wet and dry processing areas
Cold storage and freezer areas
Dairy processing plants
Breweries and distilleries
Laboratories
Chemical processing plants
Pulp and paper plants
Warehouses and storage areas
Performance Features
1
Environmentally friendly with extremely low VOC emissions,
free from heavy metals and virtually odorless during
application, meeting food hygiene requirements.
free from heavy metals and virtually odorless during
application, meeting food hygiene requirements.
2
Self-leveling with a smooth matte finish and slip-resistant
surface. Provides excellent impact resistance, load-bearing
performance and wash resistance, while remaining easy to
clean and maintain.
surface. Provides excellent impact resistance, load-bearing
performance and wash resistance, while remaining easy to
clean and maintain.
3
The chemical hybrid structure formed between high-performance
polyurethane and high-strength cementitious silica aggregate
provides excellent durability and toughness. The coating
resists damage, impact and deformation without easily
cracking or delaminating.
polyurethane and high-strength cementitious silica aggregate
provides excellent durability and toughness. The coating
resists damage, impact and deformation without easily
cracking or delaminating.
4
Resistant to a wide range of organic acids, alkalis,
amines, salts and solvents, making it suitable for
demanding industrial processing environments.
amines, salts and solvents, making it suitable for
demanding industrial processing environments.
5
Its thermal expansion coefficient is similar to that of
concrete, helping prevent differential movement, cracking
and delamination during normal thermal cycling. The coating
maintains its physical properties within a temperature
range of -5°C to 80°C.
concrete, helping prevent differential movement, cracking
and delamination during normal thermal cycling. The coating
maintains its physical properties within a temperature
range of -5°C to 80°C.
6
Fast curing helps shorten the construction period and
supports efficient, continuous installation when the
construction sequence is properly organized.
supports efficient, continuous installation when the
construction sequence is properly organized.