Tetrapore is a Nano Ceramic Polymer...
An All-Natural first of its Kind Liquid Pozzolan.
Tetrapore is a safe for the environment, alternative to other chemical products on the market. Reduces exposure to other chemical admixtures typically used in concrete batch mixes.
Tetrapore concrete additive will increase P.S.I. and flexural strength of concrete which can provide a stronger, more durable concrete at a reduced cost to other chemical alternatives.
Tetrapore will allow for a much more workable and trowelable concrete even with a reduction of water and slump due to how the nano clays interact with the cement making it almost like toothpaste.
Tetrapore concrete additive binds the cement together at the molecular level which will produce a denser less porus concrete which helps prevent water penetration and increases life of the concrete.
Tetrapore admixture is the best pumping agent on the market. It will increase the flow of your concrete even with reduced water making a more workable, and thicker cement for pump and spray applications.
Tetrapore makes your concrete less sticky as it wants to bind to itself making cleanup of hoses, forms, and molds a much easier process without the need for a chemical.
Multi-Benefit Admixture with zero harsh chemicals that is both safe for the environment and the concrete professional.
Tetrapore has developed an Eco-friendly, non-toxic liquid additive for concrete based on its recently developed Nano-ceramic Polymer Technology (NPT). Due to its nano-scale (>2-50nm), NPT interacts at the atomic level with the cement and aggregates to improve the physical and chemical properties of the concrete. This nano-technology represents the next generation of “Green” high functioning additives for Portland cement-based products.
Nano-ceramic Polymer Technology (NPT) describes a liquid nanoceramic catalytic polymer system that improves how different molecules within composites interact with each other at the molecular level; this nano-ceramic system also imparts the characteristics of the flexible mesoporous inorganic polymer (MIP) and other NPT ceramic forms that cross-link and stabilize the ceramic system. The NPT-generated catalytic changes reduce the amount of energy required for curing and accelerate the particle stacking and composite maturation. Thus, the concrete composite cures in less time and achieves a higher density.