The product
That is what makes our product ...
High load capacity
No subsidence
High resistance
Resistance to acids and salts
No cracking
The description
Numerous scientific suitability tests and laboratory tests carried out by external institutes, as well as the use of EvoCrete® in a large number of construction projects worldwide under the most diverse geological and meteorological conditions, prove that EvoCrete® optimally meets the individual requirements of our clients, especially with regard to the mode of action and the results achieved. EvoCrete® consists of various alkaline and alkaline-earth elements as well as other complex compounds. It neutralises the fulvic and carboxylic acids present in most soils, thereby promoting the cement hydration processes. The additional formation of new minerals during cement hydration results in a considerable increase in compressive strength, static and dynamic modulus of elasticity, flexural and tensile strength and frost resistance (without cracking).
EvoCrete® is used as an additive in conventional cement for soil stabilisation. Almost all existing soils (no peat) or existing base layers can be quickly and safely produced as base layers with extremely high strengths in the course of rehabilitation measures, without soil replacement, regardless of whether with or without a wearing layer (e.g. asphalt). Environmentally hazardous pollutants can also be permanently immobilised in the soil in the same operation. The surfaces treated with EvoCrete® no longer absorb water after a short time, so that the construction work can be carried out regardless of the weather.
EvoCrete® Product details - Features
High load and bearing capacity
Very resistant and durable
Reduced formation of cracks
Reduction of settlements
Impermeable, leak–proof surfaces
Immobilization of hazardous substances
Favorable alternative to concrete technology
EvoCrete® Product details - Features
High load and bearing capacity
Very resistant and durable
Reduced formation of cracks
Reduction of settlements
Impermeable, leak–proof surfaces
Immobilization of hazardous substances
Favorable alternative to concrete technology