Concrete Additives

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Concrete Additives

Concrete Additives Concrete Additives Concrete Additives
Home
PSI Increase
Waterproofing
Form Release
Pumping Agent
Workability
Gasing
Gallery
More
  • Home
  • PSI Increase
  • Waterproofing
  • Form Release
  • Pumping Agent
  • Workability
  • Gasing
  • Gallery
  • Home
  • PSI Increase
  • Waterproofing
  • Form Release
  • Pumping Agent
  • Workability
  • Gasing
  • Gallery

FORM RELEASE

Increased compression and tensile strength in cured concrete The mixed ceramics within the NPT formulation interact to improve compression, tensile and flexion cooperatively. There are three major interactions that cause these strength increases.

 (1) The Mesopouric Inorganic Polymer suspends, ionicly bonds and sequesters organic or inorganic molecules to create tensile and flexion within the concrete’s mass (i.e., the MIP is a coil-shaped inorganic polymer that acts as a cross-linker and plasticizer). (2) NPT ceramics form a polymerizing ceramic lattice within the concrete (after an estimated 60 days). (3) The NPT creates atomic-scale bonding between aggregate and cement particles (hydrogen, Van Der Waals, and ionic bonds)

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    • PSI Increase
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    • Form Release
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    • Workability
    • Gasing
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