Super Krete S1300 Pene-Krete Sealer 1 Gallon Unit

A revolutionary product, S-1300 Pene-Krete is a non-hazardous penetrating densifier for use on all concrete and masonry substrates. S-1300 Pene-Krete reacts with alkali and free lime in common cement. This creates an internal crystal-like shield, increasing the strength of new or existing concrete, masonry, reducing moisture and vapor transmission. It protects surfaces from freeze/thaw damage, reduces dusting of concrete, and increases coating life by as much as 300%. Surface preparation must be sufficient to allow Pene-Krete to penetrate the surface.

• Increases Compressive Strength of concrete up to 23%
• Resists mold and mildew
• Increases coating life as much as 300 %
• Contains zero VOC’s
• Penetrates substrates up to 8.5 inches
• Deep Reduces substrate permeability
• Reduces moisture vapor transmission (MTV)
• Eliminates carbonation attack
• Protects reinforcing steel from rusting
• Reduces radon transmission
• Prevents freeze/thaw damage
• Prevents chemical intrusion
• Preserves and strengthens fire-damaged concrete
• Environmentally safe
• Purges embedded odors such as smoke out from concrete substrate
• Purges excess alkali / lime / petroleum / acids & other contaminations from concrete substrate

Applications

• New/Old/Existing Concrete
• Industrial Concrete Floors
• Foundations & Parking Structures
• Fire-Damaged Slabs
• Auto-Repair Shops
• Sewage Treatment Plants
• Areas with Efflorescence
• Below-grade/On-grade/Above-grade/Overhead Areas
• Masonry/Stucco/Block/Precast/Plaster/Gunite and more.
• Dams/Bridges/Highways
• Renovation of Aged Concrete
• Damp-proofing
• Freezer Floors
• Parking Garages
• Retaining Walls
• Radon Reduction

Packaging

• 1 gallon bottles
• 5 gallon pails
• 55 gallon drums
• 275 gallon Tote

Limitations

• All concrete floors not poured over an effective moisture vapor retarder are subject to possible moisture vapor transmission that may lead to blistering and failure of the coating system. It is the coating applicator's responsibility to conduct calcium chloride testing in compliance with ASTM F1869, or relative humidity probe testing in compliance with ASTM F2170, to determine if excessive levels of vapor emissions are present before applying any coatings.