When architects design and specify learning environments there are usually substantial areas of interior and exterior concrete slabs included.

Learning environment exterior concrete surfaces are often overlooked. They suffer from acidic deterioration, permanent unsightly contamination, and make a great home for bacteria to thrive. All this has a lasting detrimental effect on aesthetic, safety and maintenance. Oxtek Australia (leading innovators in Colloidal Silica Concrete Treatment Technology) have developed effective solutions to these problems.

Supplied by Protect Crete NZ these Zero VOC safe solutions are cost-effective, fully warranted and easy to apply. Now design professionals can specify the following Concrete Treatment Solutions in Masterspec Section 3124 Gilt Edge Concrete Cure, Hardener, Moisture Control & Protection.

For curing, waterproofing and surface protection

Protect Crete X550 Carpark Warehouse use goes way beyond what the name implies, and can be use on any interior or exterior concrete slab. X550 is a single pack one application spray on system that deeply penetrates new or existing concrete, permanently filling the concretes porosity, provides curing, waterproofing, and protection. The added X300 Repeller provides surface protection and ease of cleaning against acids, oils, water based stains, chemicals, body fluids, grease and others. This product achieves the cure requirements of NZS 3109:1997 and NZS 3101:Part 1:2006.

For increased antimicrobial protection

Protect Crete X263 Medi-Vet Repeller with SteriTouch has independent antimicrobial testing showing protection against E.coli and Methicillin Resistant Staphylococcus aureus. With the addition of SteriTouch, concrete has the key benefit of deep matrix resistance to bacteria, moulds and fungi. The added X300 Repeller provides surface protection and ease of cleaning against acids, oils, water based stains, chemicals, body fluids, grease and others. This product conforms to the moisture suppressant requirements as per NZAS1884-2013 and achieves the cure requirements of NZS 3109:1997 and NZS 3101:Part 1:2006.