Alumina Oxide Aggregate, often recognised for its exceptional properties, is a superior choice for enhancing resin coatings, particularly in applications demanding high durability and anti-slip characteristics. This aggregate is distinguished by its very high Mohs hardness, which significantly contributes to the extended longevity and wear resistance of coatings in which it is incorporated.

The inclusion of Alumina Oxide Aggregate in resin coatings, such as epoxy, polyurethane, and polyaspartic systems, introduces a robust layer of protection against physical abrasions and impacts. Its hard nature makes it an ideal additive for flooring solutions in industrial and commercial environments where heavy machinery, high foot traffic, and rigorous activities are common. The aggregate's tough composition ensures that the coating retains its integrity and functionality over extended periods, reducing the need for frequent maintenance or replacement.

Moreover, Alumina Oxide Aggregate's contribution to anti-slip safety cannot be overstated. The angular and sharp nature of its particles creates a textured surface that provides excellent traction under various conditions, including wet or oily environments. This is particularly crucial in areas where slip hazards pose significant risks, such as in manufacturing plants, commercial kitchens, and public walkways. By embedding Alumina Oxide Aggregate into resin coatings, facilities can significantly mitigate the risk of slip-and-fall accidents, enhancing overall safety for employees and visitors alike.

In addition to its functional benefits, Alumina Oxide Aggregate also contributes to the aesthetic versatility of resin coatings. It can be used in a range of colours and sizes, allowing for customisation according to specific design requirements or to achieve visual contrast for demarcation and safety signalling on floors.

Standard size guide for antislip (based on single top coat over)

80 mesh - R10 / P2

60 mesh - R10 / P3

46 mesh - R11 / P4

36 mesh - R12 / P5

16 mesh - R13 / P5