True Pore Technology
Innovative technology for aeration of construction materialsfor insulation purposes and
reduction of your carbon dioxide footprint
Foaming Agents
USLPore FA SL 200
USLPore® FA SL 200 is a foaming agent to produce USLPore® specific foam concrete, cellular lightweight concrete. As a compound USLPore® FA SL 200 is way ahead of common synthetic or protein based foaming agents in regards to stability.
- Worldwide unique stability due to specific manufacturing process
- High resistance against pumping pressure
- Very fine pore structure of foam concrete
- Contains strength increasing components (compound product)
- Higher quality compared to common protein or synthetic foaming agents
USLPore® FA SL 400 is a foaming agent to produce USLPore® specific foam concrete, cellular lightweight concrete. As a compound USLPore® FA SL 400 is way ahead of common synthetic or protein based foaming agents in regards to stability.
- Worldwide unique stability due to specific manufacturing process
- Enhanced resistance against pumping pressure
- Very fine pore structure of foam concrete
- Contains strength increasing components (compound product)
- Higher quality compared to common protein or synthetic foaming agents
USLPore FA SL 400
USLPore FA SL 400
USLPore® FA SL 400 is a foaming agent to produce USLPore® specific foam concrete, cellular lightweight concrete. As a compound USLPore® FA SL 400 is way ahead of common synthetic or protein based foaming agents in regards to stability.
- Worldwide unique stability due to specific manufacturing process
- Enhanced resistance against pumping pressure
- Very fine pore structure of foam concrete
- Contains strength increasing components (compound product)
- Higher quality compared to common protein or synthetic foaming agents
USLPore FA HV 250
USLPore® FA HV 250 is a foaming agent to produce USLPore® specific foam concrete, cellular lightweight concrete. In combination with cement it´s resulting in a more viscous foam concrete.
- Worldwide unique stability due to specific manufacturing process
- High resistance against pumping pressure
- Very fine pore structure of foam concrete
- Contains strength increasing components (compound product)
- Higher quality compared to common protein or synthetic foaming agents
- More viscous effect