INTATA S.r.l.: The New Joint Venture for Sustainable Automotive Finishing

GSC Group S.p.A. and NOVOTEX Italiana S.p.A. officially announce the creation of INTATA S.r.l., a strategic joint venture dedicated to innovation in synthetic material finishing for the automotive sector. This alliance between two Italian excellences represents an important step towards the sustainable transformation of the automotive industry.

Strategic Partnership Between Italian Leaders

INTATA emerges from the union of complementary expertise: NOVOTEX ITALIANA, leader in the production of synthetic supports and coatings, and GSC GROUP, specialist in the production of chemical products for the leather sector with consolidated automotive know-how. This synergy creates a company entirely dedicated to research, development and production of innovative high-performance finishes.

Innovative Solutions for the Automotive Industry

INTATA’s mission is to offer synthetic material producers for automotive a new generation of finishes that combine:
• Sophisticated aesthetics for high-quality interiors
• Advanced functionality for superior performance
• Environmental sustainability in line with modern regulations
• Resistance and durability according to automotive manufacturer standards

Integrated Expertise for Superior Results

Thanks to the combination of GSC GROUP’s chemical expertise and NOVOTEX ITALIANA’s technical-productive know-how, INTATA proposes complete and customized solutions. The company focuses on formulative innovation, high performance and compliance with regulatory and environmental requirements of the automotive sector.

Vision of Growth and Italian Excellence

As declared by the founders, “INTATA is born from a shared vision of innovation, growth and Italian excellence. We believe in the strength of collaboration between complementary competencies to anticipate market needs and actively contribute to the transformation of materials in a sustainable and high-performance key.”
INTATA positions itself as a reference partner for the development of automotive synthetic surfaces, combining sophisticated appearance, functional resistance and compliance with the highest quality standards required by modern automotive manufacturers.