Datasheet SANITEC SB20 PRODUCT DESCRIPTION SANITEC SB profiles resolve wall-to-wall or wall-to-floor transitions. The cove-shaped profile is easy to clean and offers a hygienic solution to internal corners in kitchen countertops, shower stalls and bathtubs, replacing silicone caulking that inevitably yellows and absorbs dirt over time. Installed with self-adhesive strips or silicone. TECHNICAL FEATURES Length: 2,70 meters Aluminum MATERIAL DESCRIPTION Aluminum The primary aluminum alloy EN AW-6060 in T6 temper is suitable for complex extrusions, offering high strength and an excellent natural surface finish that lends itself well to subsequent finishing processes. ANODIZED ALUMINUM: The anodic oxidation process provides protection against corrosion caused by atmospheric agents, without involving galvanic treatments. According to the EN 12373 standard, the profiles are treated with preventive processes that make them uniformly opaque, subsequently they are coloured through an electro-chemical oxidation process in the standard colours Silver, Gold, Bronze, Copper and Titanium with a thickness of up to 10 microns. POWDER COATED ALUMINUM: Powder coating begins with a chromium phosphate pre-treatment, followed by electrostatic application of polyester powders that offer high resistance to U.V. rays and atmospheric agents. The entire surface of the profile is coated with an average thickness of approximately 60 microns. A hot cross-linking polymerization process is then carried out to ensure maximum chemical and mechanical resistance.

APPLICATION 1. Cut the profile to the required length; 2. Apply the adhesive (FIXXTEC) to the part of the profile to be adhesived, or remove the protective paper from the adhesive for self-adhesive versions, and position the profile correctly without further adjustments; 3. Apply the profile with uniform pressure without hammering; 4. Remove any adhesive residue from the profile immediately. N.B.: Aluminum profiles offer limited resistance to alkaline substances, so their use must be evaluated according to the expected chemical aggressions. Aluminum profiles in contact with cementitious substances...