True Pore Technology
Innovative technology for aeration of construction materialsfor insulation purposes and
reduction of your carbon dioxide footprint
Cast at site
Floor Subfilling
USLPore® is an ultra-lightweight porous concrete material with a density of only 200-300 kg/m³ for floor subfilling.
- Fireproofed construction material
- Fully recyclable (ordinary construction waste)
- Time and personnel resource-saving application and installation
- Lighter and better insulation than competitors (200 to 300 kg/m³ dry density)
- Early walk on stability
- Lower cement quantity and carbon dioxid footprint
USLPore® can be poured as a liquid insulation at site and is hardening within few hours only. Due to its high stability at lower densities it´s granting a way better insulation effect compared to competitor products.
- Fast construction process
- Excellent insulation effect
- Eearly walk-on stability
- Fireproofed construction material
Roof Insulation
Roof Insulation
USLPore® can be poured as a liquid insulation at site and is hardening within few hours only. Due to its high stability at lower densities it´s granting a way better insulation effect compared to competitor products.
- Fast construction process
- Excellent insulation effect
- Eearly walk-on stability
- Fireproofed construction material
Insulation Floor Slab
USLPore® can be used as a foam concrete insulation layer for building basements. Produced at site it is substituting extruded polystyrene (XPS) or expanded polystyrene (EPS). It´s lighter than competitor products and can be applied thinner.
- Lighter than competitor products (only 150 to 300 kg/m³)
- Fireproofed construction material
- Sustainable
- Cost and time saving construction method
- Substitution for extruded polystyrene (XPS) or expanded polystyrene (EPS)
USLPore® is an ideal and costs effective construction matrial to fill unwanted voids or stabilize areas after landslides
- No transportation, on-site production
- Reduction of carbon dioxide footprint
- Alternative for foam glass or aerated clay
- Void filling ability, adjustable viscosity due to various additives
- Fireproofed construction material
- Fully recyclable
Geofill
Geofill
USLPore® is an ideal and costs effective construction matrial to fill unwanted voids or stabilize areas after landslides
- No transportation, on-site production
- Reduction of carbon dioxide footprint
- Alternative for foam glass or aerated clay
- Void filling ability, adjustable viscosity due to various additives
- Fireproofed construction material
- Fully recyclable
Light Gauge Steel
USLPore® can be poured at site into a light gauge steel structure covered by a shuttering system. Compared to competitors the density is remaining constant during the hardening process.
- Time and costs saving construction method
- Consistency of density for full wall height
- Fireproofed construction material
- Sustainable construction material
USLPore® can be poured directly at site into a form work. Compared to competitors the density is remaining constant during the hardening process.
- Time and costs saving construction method
- Consistency of density for full wall height
- Fireproofed construction material
- Sustainable construction material
Formwork
Formwork
USLPore® can be poured directly at site into a form work. Compared to competitors the density is remaining constant during the hardening process.
- Time and costs saving construction method
- Consistency of density for full wall height
- Fireproofed construction material
- Sustainable construction material
Road/Rail Sub-Base
USLPore® is an ideal and costs effective construction matrial for substructures of roads and railways.
- No transportation, on-site production
- Reduction of carbon dioxide footprint
- Alternative for foam glass, aerated clay and other filling materials
- Void filling ability, adjustable viscosity due to various additives
- Fireproofed construction material
- Fully recyclable