Carrer Gerrers, 6, B, 07141

Marratxi Industrial Estate,

Balearic Islands 34 680 20 86 25

projectsoledusl@yahoo.com


Drenatech

The innovative system of 100% permeable exterior flooring that combines extraordinary decorative and technical characteristics, respecting the environment.

Drenatech® is an innovative product from Lechner Spa, a company with experience and professionalism in resin processing since 1920. Drenatech® was born from the mixture of three components, the first two (A + B) have the function of binder, while the third element (C) It is characterized by 100% recycled Italian natural stones. Drenatech® uses a special two-component, solvent-free and odorless resin, specially formulated to ensure high chemical/mechanical resistance, zero releases of substances harmful to the environment and high wear resistance.

Preparation of continuous flooring with natural stone and resin (DRENATECH system) in industrial warehouses, commercial flooring, offices, homes, driveways, park and garden paths, terraces, swimming pools, squares and sidewalks, car parking

The combination of stone and resin makes Drenatech® a highly resistant floor, which does not suffer alterations over time.

Features: durable; non-slip for both pedestrian use and vehicle use; accessible for skates and bicycles; chemical resistance to acids, bases, hydrocarbons and salts; easy to clean.

    Permeable and draining.Resistant and durable.Exceptional decorative effect.Environmentally friendly.Uses 100% recycled stones.Non-slip.Suitable for vehicular areas.Climate resistant.Resistant to frost/thaw.Resistant to UV rays.Easy maintenance.
    Elegant.Versatile and customizable.Respects the natural water cycle.Low accumulation and spread of heat.Resistance to extreme environmental conditions.Reduces cementation.Suitable for multiple types of bottom.Easy access.High resistance to wear.

Composition

Thanks to its particular composition and high porosity, Drenatech® allows water to flow naturally in the soil. Therefore, it respects the hydrological cycle and guarantees the recovery of water in the aquifer, making it a particularly suitable product for interventions in areas subject to environmental protection, in which the return of water to the soil is foreseen.

It also contributes to the reduction of cementation of the territory, respecting the surrounding environment.

Another fundamental aspect is the fact that the stone used is derived from waste material from Italian quarries, placing the product in the increasingly current context of the circular economy and sustainable development.

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