Sika Sikafloor 359 N

Product Description

Sika Sikafloor 359 N is a two component, PUR tough elastic coloured seal coat for industrial flooring such as car park decks, ramps or warehouses.

Best Uses

Sika Sikafloor 359 N is suitable as an abrasion resistant seal coat with high mechanical resistance for broadcast systems with crack-bridging properties in industrial flooring. 359N is particularly suitable for car park decks, ramps and warehouses etc.

• Tough-elastic
• Good mechanical and chemical resistance
• Watertight
• Good opacity
• Non-yellowing
• Matt finish
• Easy application
• Slip resistant surface possible

Application

For application details for specific systems, please see Product Data Sheet for details.

The concrete substrate must be sound and of sufficient compressive strength (minimum 25 N/mm2) with a minimum pull off strength of 1.5 N/mm2. The substrate must be clean, dry and free of all contaminants such as dirt, oil, grease, coatings and surface treatments, etc. If in doubt, apply a test area first.

Concrete substrates must be prepared mechanically using abrasive blast cleaning or scarifying equipment to remove cement laitance and achieve an open textured
surface. Weak concrete must be removed and surface defects such as blowholes and voids must be fully exposed. Repairs to the substrate, filling of blowholes/voids and surface levelling must be carried out using appropriate products from the Sikafloor®, SikaDur® and SikaGard® range of materials. The concrete or screed substrate has to be primed or levelled in order to achieve an even surface. High spots must be removed by e.g. grinding. All dust, loose and friable material must be completely removed from all surfaces before application of the product, preferably by brush and/or vacuum.

Prior to mixing, stir part A mechanically. When all of part B has been added to part A, mix continuously for 3 minutes until a uniform mix has been achieved. To ensure thorough mixing pour materials into another container and mix again to achieve a consistent mix. Over mixing must be avoided to minimise air entrainment.