This innovative material is derived not from fossil fuels, but from renewable biomass – specifically second-generation sources such as used cooking oil or agricultural residues that do not compete with food production. The result is a significantly lower carbon footprint: according to certified suppliers, bio-attributed PVC can reduce CO₂ emissions by up to 90% compared to conventional PVC, all without compromising the material’s performance or durability.

The Science Behind Bio-Attributed PVC.

Traditionally, PVC is made from ethylene, itself derived from fossil crude oil. In the case of bio-attributed PVC, renewable ethylene is produced using advanced technologies and sustainable biomass. This ethylene is then combined with chlorine (sourced from rock salt or sea salt) and polymerized into polyvinyl chloride (PVC) – all powered by green electricity.

The entire process is ISCC PLUS-certified and operates under a mass balance approach, meaning the input of renewable raw materials is tracked and verified, even though the end product is chemically identical to conventional PVC. This guarantees consistent quality and performance while providing transparency and assurance to customers and stakeholders.

Proven Sustainability with Identical Performance.

BALANCE profiles combine two core innovations: an increasing proportion of recycled material in the profile core and the introduction of bio-attributed PVC in the shell. Together, they create a fully CO₂-optimised product that meets the highest standards of durability, stability, and thermal insulation.

Importantly, these benefits come without trade-offs. Private homeowners, builders, and renovators choosing BALANCE profiles get the same high-performance windows they expect from GEALAN – but with a significantly reduced environmental impact. It’s a win-win: sustainable construction that doesn’t sacrifice performance.

Certified Responsibility, Market Differentiation.

For window manufacturers and dealers, BALANCE represents a unique opportunity. By offering CO₂-reduced products, they can differentiate themselves in a competitive market while actively contributing to climate protection and the EU’s goal of carbon neutrality. Additionally, incorporating BALANCE profiles into their product lines allows companies to reduce their own carbon footprints and align with global ESG (Environmental, Social, and Governance) standards.

Every order of BALANCE profiles comes with ISCC PLUS certification, confirming the verified use of bio-attributed PVC. While the profiles themselves remain physically identical to their conventional counterparts, their sustainability credentials are measurable and credible.

Availability and Future Outlook.

Almost all profiles across the entire GEALAN systems portfolio are now available in the BALANCE variant. Customers can conveniently order them via the GEALAN eShop, selecting the BALANCE option at checkout.

Early adopters are already integrating these sustainable profiles into pilot projects across Europe. From now on, ISCC PLUS-certified, CO₂-optimised BALANCE window profiles are available to all GEALAN partners as a standard offering.

Conclusion.

With BALANCE, GEALAN proves once again that true innovation is not just about performance – it’s about responsibility. By rethinking raw materials and production processes, the company offers a compelling solution for those building the future: efficient, certified, and ready to meet the demands of a world that values sustainability.