High quality self-tapping threaded inserts, available in a range of materials for a wide variety of manufacturing processes.
Self-tapping threaded inserts are a versatile and highly cost effective solution, enabling the efficient production of all kinds of products. As a specialist in threaded inserts, ours are available in the widest range of materials and sizes, produced to the highest standards and to suit a range of installation methods. Our self-tapping threaded inserts are available in M2-M12 sizes in addition to imperial sizes.
Use in a range of materials including
- Thermoset plastics
- Composite materials
- Carbon fibre
- Glass filled plastics
- Other specialist plastics
Our self-tapping inserts are available in a variety of materials
- Stainless steel (Grade 303 & 316)
- Titanium (Grade 5)
We supply tools for the highly efficient installation of self-tapping inserts suitable for a range of manufacturing processes and environments:
High performance self-tapping brass insert. Self tapping brass insert for use in thermoplastic and thermoset plastic materials. The concept of the Tappex Trisert® design is to provide a reliable and efficient post-mould production process, where the installation torque can be controlled and monitored for increased reliability.Product Details
Self-Tapping Plated Steel, Stainless Steel or Titanium Insert. The Tappex Trisert-3 has three cutting features to provide a balanced cutting action and reduced installation torque. It is suited for critical applications in hard plastics & light metal alloys and is available in two lengths, regular and long, and is based upon the Trisert Reduced Headed design.Product Details
Self tapping Brass Insert for use in Wood & lower density materials The Tappex Foamsert® is a special version of the Trisert® and has a very coarse truncated external thread form. The Foamsert® threaded insert ideally suited for use in structural foam materials, laminated chipboards, medium density fibre board and certain types of glass reinforced plastics (GRP).Product Details