SCP P3 Industrial deployed as curing compound
Spraylock Concrete Protection’s unique SCP technology was deployed as a curing compound for an about 600m² shotcrete application at a […]
Colloidal silica and bond breakers
By Sheldon White Colloidal silica post-placement pozzolan technology is not a bond breaker. Colloidal silica post-placement pozzolan technology penetrates concrete
Water vapour transmission versus condensation
By Carl White Water vapour transmission and condensation look similar. In both instances, water collects on the surface of the
SCP P3 Industrial specified for silo repairs
Engineers are increasingly specifying our cutting-edge colloidal silica post-placement pozzolan (P3) technology for call centre construction projects. SCP technology is
SCP specified for data centre projects
Engineers are increasingly specifying our cutting-edge colloidal silica post-placement pozzolan (P3) technology for data centre construction projects. SCP technology is
SCP 743 (P3) prolongs the lifecycle of concrete silos
Cutting-edge SCP 743 (P3) technology was specified to increase the concrete durability and water impermeability of silos in Wadeville, Gauteng.
Spraylock Concrete Protection helps build durable and robust bridges
Spraylock Concrete Protection’s cutting-edge technology was deployed to protect the embedded reinforcing steel of the deck of a newly constructed
Colloidal silica increases concrete strength
By Carl White Colloidal silica post-placement pozzolan (P3) reacts with Calcium Hydroxide (CH) to form secondary Calcium Silicate Hydroxide (CSH).
Colloidal silica improves concrete structural integrity
By Carl White SprayLock Concrete Protection’s (SCP) colloidal silica post-placement pozzolan (P3) technology improves concrete structural integrity. Design professionals need
Colloidal silica reduces reinforcing steel corrosion
By Carl White United States-based Spray-Lock Concrete Protection’s colloidal silica post-placement pozzolan technology reduces reinforcing steel corrosion in concrete. Reinforced