Pressure and acid washing are cleaning methods used to remove dirt, grime, stains, mould and other surface buildup from concrete and other hard surfaces. Pressure washing uses high-pressure water to clean the surface, while acid washing uses a specialised acidic solution to help remove stubborn mineral deposits, staining and surface contaminants. These methods can be used separately or together depending on the condition and type of surface being cleaned.

Concrete sealing is the process of applying a protective sealer to concrete to help preserve its appearance and extend its service life. A variety of sealers are available, including penetrating, acrylic and high-build coatings, each providing different levels of protection and finish depending on the type and condition of the concrete. It creates a protective barrier against moisture, stains, dirt, weathering and everyday wear, while making the surface easier to clean and maintain. Sealing also enhances the natural colour and finish of the concrete, leaving it looking cleaner, fresher and better protected.

Concrete resurfacing is the process of applying a high-performance resurfacing layer over existing concrete to restore its appearance and improve its durability. It can help refresh worn, stained, discoloured or weathered surfaces while addressing minor surface imperfections without the need to completely remove the existing slab. Resurfacing materials are specifically formulated for strength and durability, with many products achieving a higher compressive strength than standard concrete. A variety of colours, textures and finishes are also available, allowing the surface to be restored with a clean, fresh and customised appearance.

Trip hazard removal is the process of correcting uneven or raised sections of concrete that can create a risk of tripping or falling. Depending on the condition of the area, this can be achieved by grinding down the raised edge to create a smooth transition, or by building up the lower section with a suitable repair material. These methods help create a safer, more level surface while maintaining the existing concrete wherever possible.