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UD Water-Based Polyurethane Mortar
UD Water-Based Polyurethane Mortar is a four-component,
colored water-based mortar flooring material
formulated with high-performance polyurethane resin,
special cement, graded silica sand,
and active pigments.
It provides a textured anti-slip surface
with excellent slip resistance,
together with good impact resistance,
damage resistance, chemical resistance,
and scrub resistance.
It can withstand heavy loads
and is applied at a thickness of 6–9 mm.
colored water-based mortar flooring material
formulated with high-performance polyurethane resin,
special cement, graded silica sand,
and active pigments.
It provides a textured anti-slip surface
with excellent slip resistance,
together with good impact resistance,
damage resistance, chemical resistance,
and scrub resistance.
It can withstand heavy loads
and is applied at a thickness of 6–9 mm.
Application Areas
Food Processing Plants
Beverage Production Areas
Commercial Kitchens
Wet and Dry Processing Areas
Cold Storage and Freezing Areas
Dairy Plants
Breweries
Distillation Areas
Laboratories
Chemical Processing Plants
Pulp and Paper Mills
Warehouses and Storage Areas
Key Features
1
Environmentally friendly,
with extremely low VOC,
no heavy metals,
and no unpleasant odor during use,
meeting food hygiene requirements.
with extremely low VOC,
no heavy metals,
and no unpleasant odor during use,
meeting food hygiene requirements.
2
Features a matte textured surface
with good slip resistance,
together with antibacterial
and bacteriostatic properties.
The surface is easy to clean
and maintain.
with good slip resistance,
together with antibacterial
and bacteriostatic properties.
The surface is easy to clean
and maintain.
3
High-performance polyurethane
and high-strength cementitious silica sand
form a chemically hybrid composite structure.
The coating provides good resistance to damage
and maintains excellent toughness
under impact or deformation,
reducing the risk of cracking
or delamination.
and high-strength cementitious silica sand
form a chemically hybrid composite structure.
The coating provides good resistance to damage
and maintains excellent toughness
under impact or deformation,
reducing the risk of cracking
or delamination.
4
Resistant to a wide range of organic acids,
alkalis, amines, salts, and solvents,
making it suitable for industrial environments
with demanding chemical-resistance requirements.
alkalis, amines, salts, and solvents,
making it suitable for industrial environments
with demanding chemical-resistance requirements.
5
Its coefficient of thermal expansion
is similar to that of concrete.
Under normal thermal cycling,
there is minimal differential movement
between the coating and concrete substrate,
reducing the risk of delamination and cracking.
The system can maintain its physical properties
within a temperature range of -40℃ to 120℃.
A 9 mm thick system can withstand
high-temperature hot water
and steam cleaning.
is similar to that of concrete.
Under normal thermal cycling,
there is minimal differential movement
between the coating and concrete substrate,
reducing the risk of delamination and cracking.
The system can maintain its physical properties
within a temperature range of -40℃ to 120℃.
A 9 mm thick system can withstand
high-temperature hot water
and steam cleaning.
6
Fast curing and a short application cycle.
Work areas should be planned in advance,
with each application stage properly coordinated
to achieve an efficient workflow.
Work areas should be planned in advance,
with each application stage properly coordinated
to achieve an efficient workflow.