Sealants
SKU: ARG00107
FOX PURSEAL AQUA PL900
- FOX PURSEAL AQUA PL900 is a fast-curing joint sealant and a general-purpose adhesive. Containing the highest properties of PU and silicate (sylilate) PU technologies, FOX PURSEAL AQUA PL900 is a specially formulated product designed to enhance material performance. It reacts with moisture and cures very quickly, providing excellent adhesion even to substrates problematic for PU sealants, such as glass, aluminum, steel, and polycarbonate.
Product Details
Applications
Metal frames,
Aluminum windows and panels,
Glass and mirror applications,
Granite, marble,
Used in floor applications.
Advantages
Adheres perfectly to almost all types of surfaces, primed or unprimed.
Provides excellent extrusion, ease of application and leveling, and continuous protection in different climatic conditions.
Has excellent chemical resistance. Suitable for sealing joints in chemically treated water and swimming pools.
Resistant to microorganisms and fungi.
Recommended for underwater submersion applications.
Has excellent heat resistance. Application can be done in a wide temperature range below >60°C.
Resistant to cold. Maintains its elasticity down to -40°C. Can be applied to all concrete surfaces. Creates a semi-matte surface on the applied surface.
Metal frames,
Aluminum windows and panels,
Glass and mirror applications,
Granite, marble,
Used in floor applications.
Advantages
Adheres perfectly to almost all types of surfaces, primed or unprimed.
Provides excellent extrusion, ease of application and leveling, and continuous protection in different climatic conditions.
Has excellent chemical resistance. Suitable for sealing joints in chemically treated water and swimming pools.
Resistant to microorganisms and fungi.
Recommended for underwater submersion applications.
Has excellent heat resistance. Application can be done in a wide temperature range below >60°C.
Resistant to cold. Maintains its elasticity down to -40°C. Can be applied to all concrete surfaces. Creates a semi-matte surface on the applied surface.