HYDROPHILIC WATER SWELL BAR
The Hydrophilic Water Swell Bar is designed for installation in construction joints, cold joints, expansion joints, and concrete structures, ensuring effective sealing and preventing water ingress.
This material is resistant to saltwater, mild acids, alkalis, and concrete additives, making it suitable for various construction environments. However, it is not resistant to strong acids, strong alkalis, solvents, and oils, which should be considered during application.
Made from a hydrophilic polymer embedded in PVC, it features low initial absorption, gradually increasing as the material swells, enhancing its sealing properties over time.
Application: Typically installed in construction joints,
cold joints, expansion joints,
concrete structures, etc.
Resistant to: Saltwater, mild acids and alkalis, concrete
additives
Not resistant to: Strong acids, strong alkalis, solvents,
oils
Material: Hydrophilic polymer embedded PVC
Absorption: Low initial absorption with gradual
increase as the material swells
HYDROPHILIC WATER SWELL BAR
Application: Typically installed in construction joints,
cold joints, expansion joints,
concrete structures, etc.
Resistant to: Saltwater, mild acids and alkalis, concrete
additives
Not resistant to: Strong acids, strong alkalis, solvents,
oils
Material: Hydrophilic polymer embedded PVC
Absorption: Low initial absorption with gradual
increase as the material swells
The Hydrophilic Water Swell Bar is designed for installation in construction joints, cold joints, expansion joints, and concrete structures, ensuring effective sealing and preventing water ingress.
This material is resistant to saltwater, mild acids, alkalis, and concrete additives, making it suitable for various construction environments. However, it is not resistant to strong acids, strong alkalis, solvents, and oils, which should be considered during application.
Made from a hydrophilic polymer embedded in PVC, it features low initial absorption, gradually increasing as the material swells, enhancing its sealing properties over time.