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MD Waterborne Polyurethane Mortar
MD Waterborne Polyurethane Mortar is a high-performance
flooring material designed to protect concrete substrates
in demanding industrial environments. It combines excellent
mechanical strength, chemical resistance, thermal stability
and hygienic performance, making it particularly suitable
for environments requiring durable, safe and easy-to-maintain
flooring systems.
flooring material designed to protect concrete substrates
in demanding industrial environments. It combines excellent
mechanical strength, chemical resistance, thermal stability
and hygienic performance, making it particularly suitable
for environments requiring durable, safe and easy-to-maintain
flooring systems.
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.
Suitable for flooring environments with strict hygiene requirements.
free from heavy metals and virtually odorless during application.
Suitable for flooring environments with strict hygiene requirements.
2
Provides an attractive matte finish with a smooth aggregate
texture and excellent slip resistance. The surface is hygienic,
easy to clean and easy to maintain.
texture and excellent slip resistance. The surface is hygienic,
easy to clean and easy to maintain.
3
The chemical hybrid structure formed between high-performance
polyurethane and high-strength cementitious silica aggregate
provides excellent durability, impact resistance and toughness.
The coating can withstand deformation and impact without easily
cracking or delaminating.
polyurethane and high-strength cementitious silica aggregate
provides excellent durability, impact resistance and toughness.
The coating can withstand deformation and impact 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.
salts and solvents, making it suitable for demanding industrial
processing environments.
5
Its thermal expansion characteristics are similar to concrete,
helping the flooring system and concrete substrate remain stable
during normal thermal cycling. The coating maintains its physical
properties over a temperature range from -40°C to 120°C.
helping the flooring system and concrete substrate remain stable
during normal thermal cycling. The coating maintains its physical
properties over a temperature range from -40°C to 120°C.
6
Fast curing helps shorten the construction period. Work zones
and construction sequences should be planned in advance to ensure
efficient coordination between each application stage.
and construction sequences should be planned in advance to ensure
efficient coordination between each application stage.