![]() ![]() ![]() Resulting in a larger surface in which the two materials are effectively fastened together. As a result, the body compresses, and expands on the blind side until it maxes out to approximately one and a half times the size of the original diameter. Upon activation the head of the rivet is pushed against the nose of the tool, whilst the tool pulls up the central pin. Insert rivets body into hole and activate gun. Load rivet’s pin tail section into rivet gun. To install a structural rivet, pre drilling of holes is required. Installation of a Huck structural rivets is similar to a standard rivet, however you will require a Huck gun or a structural rivet gun, as a standard rivet gun are not equipped to install structural rivets. HOW DO YOU INSTALL A HUCK STRUCTURAL RIVET? This creates an additional layer of material that assists in increasing the rivets strength and makes them different to general purpose rivets. Structural rivets have an internal mechanism that locks a portion of the pin (mandrel) inside the rivet's body. Huck Bolts requires access to both sides of the material, whilst a rivet requires one side access which can save time. Huck structural rivets are a one-piece fastener that works differently to two-piece HuckBolt. WHAT IS A HUCK RIVET AND HOW DO THEY WORK? Check out the benefits of Huck Bolts here. The tensile strength of the Huck bolt is dictated by the number of grooves that are filled. ![]() The pin and swaged collar are now combined to maximise metal-on-metal contact so, unlike a nut and bolt, it cannot work loose. Progressively the tool, compresses the collar into the grooves of the harder steel pin. In the initial stages of the installation process, the Huck gun engages & pulls on the pin, whilst the nose assembly is forced down the collar. The collar sits over the pin and will form a strong, lasting joint when the collar is swaged (compressed) into the grooves of the pin via an industrial tool, the tool presses the softer material collar into the pin making the two-pieces into a one-piece combo. Place the Huck bolt collar on the opposite side of the pinhead. The pin diameter should match the hole size for a snug fit that prevents lateral movement that could weaken the joint. Place the Huck bolt pin in a pre-drilled hole. Huck bolts fasteners consist of two pieces: a grooved bolt and a collar. The tool presses the softer material collar into the pin making the two-piece combo an integrated one-piece entity. Huck bolts are fundamentally a two-piece grooved pin and collar combo where the collar sits over the pin and is compressed into the grooves of the pin via a designated tool. This makes them ideal when seeking a vibration resistant fastener. Huck bolts work differently to threaded bolt & nut, as they are installed via an industrial tool that provides a permanent solution. HuckGuard™, applied in-house at Howmet, provides the best level of corrosion resistance available in engineered fasteners.Everything you need to know about how Huck work. Find out how precision engineering and a long-standing knowledge of advanced joining technology contribute to this strong advantage. There’s no fastener more vibration-resistant than a Huck fastener. Read how Huck helps you accomplish this, and have strong, vibration-resistant hold, too. Lightweighting of equipment can be critical to performance. Beat the clock every time when you utilize Huck fasteners and installation tooling for assemblies. Read about the difference between clamp and torque, and why the torqueing method of installation used in conventional fastening delivers sub-standard results. Leading Technologies To Solve The World's Joining Challengesįind out the five key advantages of using strong, vibration-resistant Huck fasteners instead of welding. ![]()
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