Innercrete Membrane Revolutionary Technology 1 From 4
Protocol concrete protection products are a line of chemically advanced treatment products developed to permanently improve, strengthen, repair and waterproof concrete and other cement-based products.
Protocol protection products are based on patent-pending inner Creteᵀᵐ membrane technology, the revolutionary new solution to
permanent concrete waterproofing and protection. These innovative products for concrete improvement and treatment can be used on both new and existing concrete and other cement-based materials for a wide variety of applications.
Inner Crete™ membrane technology reacts with elements present in concrete and chemically modify it; creating a permanent, internal consolidated concrete membrane.
This inorganic, barrier membrane maintains breath ability yet is impermeable to all liquids and moisture.
The surface profile is maintained for future paint or coating adhesion if desired.
Solutions for
Protocol products
With inner Crete™ membrane technology will increase the performance of concrete by:
- Waterproofing and preventing water penetration
- Increasing resistance to surface abrasion, spelling and freeze/thaw
- Minimizing delamintion of paint and Coatings
- Providing an effective anti-graffiti barrier (with specialty graffiti remover)
- Controlling efflorescence
- Eliminating dusting
- Controlling rebar corrosion
- Reducing hairline cracking
- Protection from oil, stains and odors(simplifying maintenance)
- Minimizing the impact of environmental exposure
- Controlling mold and mildew
- Minimizing the impact of acid and chemical attack
- Minimizing flooring issues
Ways to protect concrete
Protocol products, with
inner Crete™ membrane technology, offer a superior alternative to traditional methods of concrete waterproofing and protection such as coatings and densifiers.
Illustration of water penetrating untreated concrete. (See figure 1) traditional methods.
- Coatings:
Rely on physical adhesion to the surface Not permanent Face delaminating problems.
Illustration of coating failure (see figure 2).
