The 3-step grinding process removes the top layer of the concrete. The floor will become denser, providing a smooth surface where the dust particles will not settle.
The densification process involves applying a lithium densifier to the concrete. This binds the free lime in the concrete resulting in a dense and compact surface. This product is designed to penetrate the concrete surface, as such, it will not form a film on the concrete that will wear off over time, meaning it will be much more durable for industrial floors.
Sealing the pores
This step of the process is the application of a protective sealer. It is a water-based chemical which penetrates the concrete surface. This treatment is NOT a film forming coating and will protect the industrial floor for an extended period of time.
A 3-step process creates a matt aesthetic. An ideal finish for customers who do not want a glossy floor. The treated surface is dust proof and resistant to abrasion. The absorption of water, oil and grease is minimised.
The 4-step process creates a semi-gloss finish. The floor will be smooth, abrasion resistant, non-dusting and easy to clean. The surface is protected against water, oil and grease stains.
The 6-step process creates a highly reflective floor. The surface is extremely hard, abrasion resistant, dust proof and easy to clean. The concrete floor will be protected against water, oil & grease stains. Building energy costs can be reduced due to less lighting being required to illuminate floorspace.