ARCHITECTURAL GLASS LARTAPRO
LartaPro
Introducing our lineup of architectural glass, comprising five product groups with varying characteristics in selectivity, energy efficiency, and light transmission.
The key feature of the LartaPro glass family is its ability to enhance the energy efficiency of buildings: allowing maximum sunlight into spaces while simultaneously helping to shield interiors from summer heat and reduce heat loss in winter. To achieve optimal results, multiple types of glass can be used within insulated glass units or as single glazing.

Within the LartaPro glass range, you’ll find products in various shades, light transmission options, and reflectivity, with the flexibility for bending and tempering.

LartaPro glass products are now available in oversize format, offering the opportunity to create seamless facades and a monolithic glass appearance with energy-efficient coatings and a distinct aesthetic.

Embark on bold architectural projects—from skyscrapers to cottages with panoramic windows!
Architectural multifunctional high-selective glasses with double energy-saving and solar control coating
LartaPro High Performance - a range of architectural multifunctional selective glass with energy-efficient and solar control coatings
Bring your bold and inspiring architectural projects to life with our range of architectural multifunctional selective glasses, LartaPro SE
Elevated architectural glass with enhanced resistance to environmental factors and architectural coating
Tempered version of low-emissivity energy-efficient glass
Architectural multifunctional high-selective glasses with dual thermal insulation and solar control coating.
LartaPro High Performance is a range of architectural multifunctional selective glasses with energy-saving and solar control coatings.
Unleash bold and inspiring architectural projects with our range of architectural multifunctional selective glasses, LartaPro SE.
Advanced architectural glass with enhanced environmental resistance and architectural coating.
Tempered version of low-emissivity energy-efficient glass