- Home
- MICROSEALER 50 PU PRIMER – WP 127
MICROSEALER 50 PU PRIMER – WP 127
42 $
MICROSEALER 50 PU PRIMER – WP 127
Description
One-component, low-viscosity polyurethane-based primer/sealer. Used on all porous or non-porous substrates, e.g. concrete (wet, humid or dry), marble, ceramic tiles, glass & metal surfaces. Can also be used as a concrete sealer.
MICROSEALER-50 is a one component, low viscosity, polyurethane based primer suitable for many different substrates. It is characterised by its very low viscosity and balanced curing speed which result in excellent wetting, impregnation and paint-over time on different substrates, whether of high, low or no porosity (e.g. glass and metals). Additionally, it can be effectively used on both dry and wet concrete, even green concrete, not only as primer but also as a low-cost sealing solution, increasing, thus, the durability of the substrate.
TAGS: finishing, concrete finish, protector, protection, water supply, water-resistant, proof, waterproofing, resistance, plastified, PU, polyurethane, pressure system, guarantee, indoor-outdoor pools, swimming pool, spa, jacuzzi, hot tub, water.
Tags
Ste. Rita Center, Main Road – Dbayeh, Lebanon
Hotline: +961 3 635 100 | Offices: +961 4 546 239
Email: info@mateslb.com | www.mateslb.com
Description
Technical Info
Description
One-component, low-viscosity polyurethane-based primer/sealer. Used on all porous or non-porous substrates, e.g. concrete (wet, humid or dry), marble, ceramic tiles, glass & metal surfaces. Can also be used as a concrete sealer.
MICROSEALER-50 is a one component, low viscosity, polyurethane based primer suitable for many different substrates. It is characterised by its very low viscosity and balanced curing speed which result in excellent wetting, impregnation and paint-over time on different substrates, whether of high, low or no porosity (e.g. glass and metals). Additionally, it can be effectively used on both dry and wet concrete, even green concrete, not only as primer but also as a low-cost sealing solution, increasing, thus, the durability of the substrate.





















