Conception of advanced materials and development of production methods

The exclusive compound stone for architecture and interior design.

The patented vibro-compression under-vacuum process allows the maximum amount of stone aggregates to be combined with the minimum quantity of binding material, resulting in top-tier, highly durable surfaces.

Breton exclusive calcium and aluminum meta-silicate with an amorphous structure completely devoid of crystalline silica.

Its production utilizes globally abundant raw materials and enables the recycling of sludge generated from conventional slab manufacturing process.

Biolenic® Resin is a new generation of styrene-free biological binder, developed with an environmentally sound approach designed to protect the health and safety of workers.
A renewable organic composite that can be used to make engineered stone with exceptional physical properties.
Using Biolenic® Resin means zero styrene emissions into the atmosphere, drastically reducing the associated health risks.

Lapitec is the world's only sintered stone, a full-bodied silica-free material created from a selected blend of natural minerals.
The slabs are made in different thicknesses, and they can be cut and machined in different ways depending on the project. Lapitec is a very strong material that is unalterable in time and has minimal maintenance requirements: non staining, resistant to UV, scratches, weathering, the material is ideal for architectural surfaces, flooring and interior design.

Eterial CK is a panel composed of recycled expanded glass granules and an inorganic binder, designed to be bonded to thin ceramic slabs. The result is an ultralight and sustainable material that is a smart solution for the ceramic industry. Ideal for applications in the areas of kitchen tops, furnishing elements and coverings.
Eterial CK has distinctive physical characteristics:

• Same thermal expansion coefficient as ceramic
• High strength
• Light weight
• Breathability
• Stability and durability

Eterial QZ is the exclusive ultra-light mineral based panel from renewable sources, with thickness between 2 and 4 cm.

This panel was developed for coupling to BretonStone quartz slabs. The process is possible because the panel shares the same thermal expansion coefficient.

The ideal solution for applications in interior design and architecture thanks to its excellent characteristics:

• Elevated strength and stability
• Impermeable and thermally insulating
• Easy to process with dry working techniques

Technology for consolidation of natural stone based on the vacuum pressure-impregnation process, which assures deeper and more capillary resin treatment resulting in enhanced mechanical strength and optimal appearance.

the system makes it possible to obtain rehabilitated slabs even without nets or mats with production costs reduced by up to 30% compared to traditional processing and with higher production capacity.