SummitSeal - Anti-Slip Additive For Xylene Based Sealers - 400g

Product Overview:
SummitSeal Anti-Slip Additive is crafted from premium micronized polyethylene, designed specifically to enhance the grip of surfaces treated with Xylene-based sealers. This additive is to be incorporated into the final coat, offering a specialised solution that dries invisibly, ensuring the original appearance of your surface is maintained. Ideal for making concrete and block paving less hazardous, it provides a fine sandpaper-like texture without altering the visible finish.

Preparation:

1. Ensure the surface to be treated is clean, dry, and free from any contaminants. This will facilitate optimal adhesion and effectiveness of the anti-slip additive.
2. Stir the Xylene-based sealer thoroughly before use to ensure it is well-mixed.

Mixing Instructions:

1. Gradually add 400g of SummitSeal Anti-Slip Additive to each 20 litres of Xylene-based sealer. Adjust the quantity in proportion if using different volumes.
2. Stir the mixture slowly but thoroughly for at least 5 minutes to ensure the additive is evenly distributed throughout the sealer. Avoid vigorous stirring to prevent creating air bubbles in the mixture.

Application:

1. Apply the mixed sealer to your surface using a suitable sealer applicator. Ensure even coverage for a consistent finish.
2. The anti-slip additive should only be added to the final coat of the sealer. If multiple coats are required, apply the base coats without the additive.
3. Work in manageable sections to maintain a wet edge, preventing overlaps or marks.

Drying Time:

• The drying time may vary depending on weather conditions and surface porosity. Typically, the surface should be touch dry within hours but avoid heavy traffic or re-coating for at least 24 hours to ensure complete curing.

Safety and Cleanup:

• Use protective gloves and eyewear during application.
• Clean tools and spills with Xylene or a suitable solvent immediately after use.

Storage:

• Store the additive in a cool, dry place, away from direct sunlight and extreme temperatures.