2926 results found
    1. Hexagonal insert nut

      Hexagonal insert nut

      The Bralo Hexagonal Insert Nut is a mechanical fastening element providing a grooving feature in those applications with a single-side access that require a very high resistance to rotation. It is ideal for applications with thin metal sheets, tubes, extrusion or plastics. It offers an exceptional mechanical resistance. Compared to the round body insert nuts, the hexagonal shape of the section and the inner hole substantially increases the resistance to rotation and extraction in thin sheets. The result is a homogeneous riveting that ensures a solid and high quality joint.

    2. HexPly® M51 rapid-curing prepreg

      HexPly® M51 rapid-curing prepreg

      HexPly® M51 rapid-curing prepreg is designed for the high-rate production of structural composite parts using hot-in/hot-out press curing. HexPly® M51 has a 40-minute cure cycle at 180°C, reducing production times and costs versus standard autoclave-cured prepregs. Using HexPly M51 also reduces the need for multiple sets of tooling and labor compared with conventional prepreg systems. The prepreg is fully compatible with automated tape laying (ATL), automated fiber placement (AFP) and pick-and-place processes. It is also REACH-compliant, demonstrating a mechanical performance equivalent to other state-of-the-art 180°C cure prepregs.

    3. High Energy Disc Systems

      High Energy Disc Systems

      Our high energy disc systems make mass finishing more efficient than ever before. Compared with conventional vibratory finishing, a 10- to 15-fold increase in performance can be achieved with the help of centrifugal force. High energy disc systems are inspiring not only because of their speed but also because of their processing spectrum. Among other things, they are used for deburring, grinding, rounding, or polishing stampings, castings, forgings, and machined work pieces – from thin-walled to solid. High energy disc systems are used in medical technology, jewelry and eyewear manufacturing, as well as in the automotive sector as well as in many other special applications. The operating principle of a high energy disc system is based on the interaction of the fixed, cylindrical work bowl (or tub) in combination with a spinner, which is separated from the tub wall. The spinner accelerates the work pieces and finishing media, and the centrifugal force generated in the process pushes the mixture of media and work pieces against the work bowl wall, where it continues to move upwards until it is finally returned downwards to the spinner by the force gravity and the cycle begins again. Our high energy disc systems feature an optimized work bowl design, an energy-efficient electric drive, and compact system control and process water supply. We have also revolutionized the market with a particularly economical two-batch system and an absolutely reliable and patented annular gap control and regulation system.