10 years of expertise: Griffon Education reaches a milestone and unveils its ambitions for the future

Implementation at the heart of the sustainability of the structures

In the building trades, the quality of an assembly directly influences the performance of an installation. Poor sealing or unsuitable bonding can cause technical problems, particularly in pressurized networks or hydraulic equipment.

The Griffon Education program was created to teach the technical skills necessary for implementation according to best practices. The training courses cover several applications in interior finishing: bonding, threaded connections, liquid waterproofing under tiles, and roof treatments.

In this type of project, tradespeople, design offices, and project managers must also comply with several technical standards, such as the DTUs (Unified Technical Documents) relating to waterproofing work or plumbing systems. Material compatibility and adherence to drying times remain crucial points to monitor on site.

“Our mission goes far beyond selling products. We are committed to passing on the knowledge that transforms a good project into a sustainable installation.”

The training courses therefore incorporate practical cases related to the real constraints encountered on site: humidity, pressure, thermal variations or compatibility between supports.

A structured training network at the national level

Initially, the program developed around partnerships with training centers and specialized distributors. The first collaboration was conducted with the CFA (Apprenticeship Training Center) of La Roche-sur-Yon to support future professionals in choosing products adapted to the constraints of construction sites.

Ten years later, the program relies on a national network of eight trainers and more than 45 partner technical high schools. Since its creation, more than 3,000 professionals have been trained in the techniques for implementing Griffon solutions.

This increase in demand responds to a growing need for skilled workers in technical building trades. Assembly and sealing operations now require a more refined understanding of construction systems, particularly in buildings subject to stricter energy performance requirements.

Sensitive technical applications in the building

Certain installations require a high level of reliability. This is particularly true for pressurized networks, swimming pool installations, or structures subjected to permanent humidity constraints.

Griffon Education offers specialized modules that teach assembly methods tailored to each trade. The goal is to guarantee durable connections capable of withstanding decades of demanding operating conditions.

A concrete example concerns the PVC pressure pipes used in public swimming pools or technical installations. Insufficient surface preparation or an incorrect curing time can lead to premature leaks. In this context, training plays a crucial role in ensuring the safety of the installations.

This approach also aligns with current challenges of reducing maintenance costs and extending the lifespan of technical equipment.

New educational tools to support the sector's evolution

For its second decade, Griffon Education plans to strengthen its educational tools and expand its scope of intervention. The program notably envisions the integration of digital solutions for skills monitoring and technical learning.

The development of the program at the European level is also among the announced prospects. This development will nevertheless have to take into account regulatory differences between markets, particularly regarding implementation standards and local technical requirements.

"Ten years represents an important milestone, but also a solid foundation for going further."

In the construction sector, the transmission of technical know-how remains a major challenge to guarantee the quality of works and limit problems related to improper implementation. The development of specialized training programs thus addresses the growing need for qualifications on construction sites, in a context marked by increased demands for the durability and performance of installations.