Today, the Gardette group is one of Europe's leading manufacturers of extractable (threaded) dowel pins, DIN 7979D - ISO 8735. These mechanical components are designed for applications that require precise fastening, but also must be easily dismantled when necessary. The ISO 8735 standard defines industry technical standards for threaded pins, ensuring quality, reliability and compatibility for many different industrial applications.
DIN 7979D standard pins are notable for their unique design, including their internal thread which makes them easy and safe to dismantle using an extracting screw. These pins are ideal for applications that require regular maintenance or adjustments.
They are available in different standard lengths and diameters, but can also be customised to meet clients' specific requirements.
Pins can undergo different finishing processes to meet particular requirements:
Our pins are made on site in Villefranche-sur-Saône, France, with meticulous quality control in order to ensure our products are in line with international standards.
Our dowel pins are generally made of C45 steel, a carbon steel that offers good mechanical strength. This material can also be treated to enhance its performance, e.g. through:
With over 100 years of machining expertise, we also offer made-to-order solutions, including drilling, tapping and specific sizing for precise technical needs.
DIN 7979D standard extractable threaded dowel pins are widely used for numerous industrial uses, such as:
Whether you're looking for standard or personalised solutions, our DIN 7979D pins are the perfect mix of reliability, precision and practicality, allowing them to meet the highest industry standards.
Discover our dowel pins with internal thread. Feel free to get in contact with us regarding materials or dimensions.
Today, the Gardette group is one of Europe's leading manufacturers of extractable (threaded) dowel pins, DIN 7979D - ISO 8735. These mechanical components are designed for applications that require precise fastening, but also must be easily dismantled when necessary. The ISO 8735 standard defines industry technical standards for threaded pins, ensuring quality, reliability and compatibility for many different industrial applications.
DIN 7979D standard pins are notable for their unique design, including their internal thread which makes them easy and safe to dismantle using an extracting screw. These pins are ideal for applications that require regular maintenance or adjustments.
They are available in different standard lengths and diameters, but can also be customised to meet clients' specific requirements.
Pins can undergo different finishing processes to meet particular requirements:
Our pins are made on site in Villefranche-sur-Saône, France, with meticulous quality control in order to ensure our products are in line with international standards.
Our dowel pins are generally made of C45 steel, a carbon steel that offers good mechanical strength. This material can also be treated to enhance its performance, e.g. through:
With over 100 years of machining expertise, we also offer made-to-order solutions, including drilling, tapping and specific sizing for precise technical needs.
DIN 7979D standard extractable threaded dowel pins are widely used for numerous industrial uses, such as:
Whether you're looking for standard or personalised solutions, our DIN 7979D pins are the perfect mix of reliability, precision and practicality, allowing them to meet the highest industry standards.
We are certified to IATF 16949 and ISO 9001 standards.
In all our offers & confirmation messages, we explicitly mention the goods' shipping date(s).
Our sales team is available:
From Monday to Thursday 8:30a.m.-12:00p.m. & 1:30p.m.-5:00p.m.
Fridays 8:30a.m.-12:00p.m. & 1:30p.m.-4:30p.m.
We are committed to Corporate Social Responsibility (CSR) and plan to obtain ISO 14001 and ISO 45001 certifications in the near future.
We are currently putting together a multidisciplinary group with the aim of helping us reduce our carbon footprint. As part of this initiative, we carried out a complete carbon assessment (Scopes 1, 2 and 3) in 2023, allowing us to examine our overall environmental impact.
