Polyx®-Oil Anti-slip is a clear, semi-matt (low sheen) finish oil for interior wooden floors, for use where an anti-slip finish is needed. It is a professional floor finish which is extremely tough, hard wearing and slip resistant. The oil contains fine, compressed organic particles, which are evenly dispersed within the finish, providing an anti-slip surface when cured with a slip resistance up to R11 classification. It can be used anywhere normal Osmo Polyx®-Oil can be used. It is especially recommended for use on wooden stair treads, and areas that are constantly wet, such as timber bathroom and laundry floors. Also suited for use in commercial areas such as cafes and restaurants and timber flooring in rest homes for the elderly. The hardwax-oil finish retains the natural character of the wood, and is microporous therefor won't crack, peel or blister.

Advantages:

• Slip resistance for added safety
• Suitable for public and commercial use
• Extremely durable and hardwearing
• Resistant to common liquid spills including water, juice, tea, coffee and wine
• Microporours breathable finish which does not crack, peel or flake
• Easily spot repaired

Product Details:

• Coverage: Approximately 24 square metres per litre with one coat
• No of coats: 2
• Application: Good quality floor brush
• Drying time: 8-10 hours
• Sizes: 750ml, 2.5 litres & 10L
• Storage times: 5 years unopened, 1 year once opened

Additional Advice:

Polyx®-Oil Anti-slip has been tested for its anti-slip effectiveness. When applied correctly, and fully cured, the product has an anti slip rating of R11 which meet the requirements of the Australian Building Code for stairway treads and ramps.

Not recommended for use on oily and resinous timbers such as matai, heart rimu, totara, kwila and spotted gum.

Easy to apply. Do not sand between coats, as this will remove the anti-slip particles in the oil. Osmo's 220mm floor brush with system handle is the recommended applicator. (The use of a roller is not recommended for applying this product).

A trial is always recommended first to determine suitability.