Mobile LithoPore® Aerated Conrete - LPAC Plant
Two mobile plant sales to Antopus Sweden05-06-2017
LithoPore® Aerated Concrete Awarded by the Ministry of Economics of Germany
Luca Industries International Winner of 2016 German Raw Materials Efficiency Award02-22-2017
LithoPore Academy: New service launched
Calculator for LithoPore Aerated Concrete – LPAC costs now available01-14-2017
Foam concrete, also called foamed concrete, cellular concrete, cellular lightweight concrete, or aerated lightweight concrete, is a construction material that is known worldwide. As almost no aggregate is used for production of foam concrete, the correct term would be mortar instead of concrete. The overall term, "cellular concrete", normally contains so-called foam concrete as well as autoclaved aerated concrete. Autoclaved aerated concrete is a standardized construction material, whereas foamed concrete is normally approved in accordance to the autoclaved aerated concrete norms.
Autoclaved aerated concrete, also known under the brand name "Ytong" or "Siporex", can only be produced in special plants. The highly explosive element hydrogen, as a reaction of cement, lime, sand and aluminum, is used as an expanding agent to build pores or air in the concrete. This process is very hard to control, costs a lot of energy and requires a high investment in immobile machinery. Foam concrete, the other type of cellular lightweight concrete, is produced with harmless foam, which is mixed into the slurry. A foaming agent is diluted with water and expanded with air within a foam generator and is then added into a cementitious slurry. The product can be air cured or the curing process can also be accelerated by vapor or steam curing up to 70°C. This procedure is by far simpler and easier to control and requires less energy.
Foaming agents are classified based on the active ingredient:
•Surfactant based (synthetic foaming agents)
•Enzyme based (new technology by Luca Industries International)
Protein based standard foaming agents are made by protein hydrolysis from animal proteins out of horn, blood, bones of cows, pigs and other remainders of animal carcasses. This leads not only to occasional variations in quality, due to the differing raw materials used in different batches, but also to the very intense stench of such foaming agents.
Surfactant based foaming agents are purely chemical products with constant quality, but still possess insufficient properties and low efficiency for the manufacturing of foam concrete.
Enzyme based foaming agents are a new and innovative foaming agent technology by Luca Industries International. LithoFoam consists of highly active proteins of biotechnological origin and is not based on the unattractive protein hydrolysis. LithoFoam tops all other types of foaming agents with its superior quality and properties, a very competitive price and a neutral, technical odor.
Foam generators of Luca Industries International work with a unique low pressure air system. The foam generators therefore generate, in combination with the unique foaming agents, a very constant foam that is subject to precise adjustments if necessary.
LithoPore® - German advanced foam concrete technologies
LithoFoam® - German advanced foaming agent brand
Luca Industries International is a technology driven company in the field of athermally manufactured insulating porous construction materials and other construction materials, such as blocks and wall elements.
Our core competence is the manufacturing of world wide, unique biotechnological additives under the brand LithoFoam®, as well as machinery, up to a daily capacity of 400 cubic meters, to produce foam concrete for various application. Plants with higher capacities are provided through our highly respected German cooperation partner Masa. The brand LithoPore® is a symbol for sustainable construction materials with high quality in the density range of 75-1600 kg/m3.
Reputated global players such as Vicat Group, have already adopted the advanced LithoPore® foam concrete technology by Luca Industries International.