INTENSE SRL - TECNICHE DI ASSEMBLAGGIO

Spirol coiled spring pins are coupling elements manufactured from rolled steel. They have a spiral shape and 2 1/4 coil cross-section, which gives them considerable radial flexibiliyt. This flexibility, together with the absence of the axial shear common to normal spring pins, enables them to perform at a superior level in the presence of shocks and vibrations between coupled elements. Coiled spring pins are available in three duties, light duty, standard duty and heavy duty, to provide a variety of combinations of strength, flexibility and diameters to accommodate different host materials and applications. Available in Carbon Steel (C67S HV420-545), Nickel Stainless Steel (AISI 304 hardened HV120). And also in Chrome Stainless Steel (AISI 420 HV460-560) upon request. STANDARD duty: ISO 8750, DIN 7343, UNI 6875 Duty choice:Wherever space allows, use Standard Duty Coiled pins. They have the optimum combination of strength and flexibility for use in nonferrous and mild steel assemblies.

Spirol coiled spring pins are coupling elements manufactured from rolled steel. They have a spiral shape and 2 1/4 coil cross-section, which gives them considerable radial flexibiliyt. This flexibility, together with the absence of the axial shear common to normal spring pins, enables them to perform at a superior level in the presence of shocks and vibrations between coupled elements. Coiled spring pins are available in three duties, light duty, standard duty and heavy duty, to provide a variety of combinations of strength, flexibility and diameters to accommodate different host materials and applications. Available in Carbon Steel (C67S HV420-545), Nickel Stainless Steel (AISI 304 hardened HV120). And also in Chrome Stainless Steel (AISI 420 HV460-560) upon request. HEAVY duty: ISO 8748, DIN 7344, UNI 6876 Wherever space allows, use Standard Duty Coiled pins. They have the optimum combination of strength and flexibility for use in nonferrous and mild steel assemblies.

Spirol coiled spring pins are coupling elements manufactured from rolled steel. They have a spiral shape and 2 1/4 coil cross-section, which gives them considerable radial flexibiliyt. This flexibility, together with the absence of the axial shear common to normal spring pins, enables them to perform at a superior level in the presence of shocks and vibrations between coupled elements. Coiled spring pins are available in three duties, light duty, standard duty and heavy duty, to provide a variety of combinations of strength, flexibility and diameters to accommodate different host materials and applications. Available in Carbon Steel (C67S HV420-545), Nickel Stainless Steel (AISI 304 hardened HV120). And also in Chrome Stainless Steel (AISI 420 HV460-560) upon request. LIGHT duty: ISO 8751, DIN 7343, UNI 6875 Wherever space allows, use Standard Duty Coiled pins. They have the optimum combination of strength and flexibility for use in nonferrous and mild steel assemblies.

A single-thread galvanized steel self-tapping screw with a 30-degree angle. Cylindrical head Standard Pozidriv-type cross impression (Torx impression is also available upon request) Reduced core and wide thread pitch for high performance in plastic materials Specially designed to provide reliable fastenings in a wide variety of thermoplastic materials, such as ABS, polyamide e.g. Nylon 6-6, PVC and polycarbonate Very simple installation using a regular screwdriver

A single-thread galvanized steel self-tapping screw with a 30-degree angle. Countersunk head Standard Pozidriv-type cross impression (Torx impression is also available upon request) Reduced core and wide thread pitch for high performance in plastic materials Specially designed to provide reliable fastenings in a wide variety of thermoplastic materials, such as ABS, polyamide e.g. Nylon 6-6, PVC and polycarbonate Very simple installation using a regular screwdriver

A single-thread galvanized steel self-tapping screw with a trilobal shank and single thread with 45°degree angle Cylindrical head Standard Pozidriv-type cross impression (Torx impression is also available upon request) The special shape of its cross-section, the high ratio of the outer diameter to the diameter of the shank, the large pitch of its thread and the narrow angle at the apex of the 45 degrees threads ensure the best anchorage in plastic materials Better distributed and lower value stresses in plastic materials, highly vibration- and tear-resistant tightening, reduced risk of cracking in materials, screwing with low torque value Specially designed to provide reliable fastenings in a wide variety of thermoplastic materials, such as ABS, polyamide e.g. Nylon 6-6, PVC and polycarbonate Very simple installation using a regular screwdriver

A single-thread galvanized steel self-tapping screw with a trilobal shank and single thread with 45°degree angle Pan head Standard Pozidriv-type cross impression (Torx impression is also available upon request) The special shape of its cross-section, the high ratio of the outer diameter to the diameter of the shank, the large pitch of its thread and the narrow angle at the apex of the 45 degrees threads ensure the best anchorage in plastic materials Better distributed and lower value stresses in plastic materials, highly vibration- and tear-resistant tightening, reduced risk of cracking in materials, screwing with low torque value Specially designed to provide reliable fastenings in a wide variety of thermoplastic materials, such as ABS, polyamide e.g. Nylon 6-6, PVC and polycarbonate Very simple installation using a regular screwdriver

The self-clinching stud is the modern and rational alternative to the weld-on stud. The stud is easily applied to metal sheets of various thicknesses creating a secure, unequaled-looking attachment with very high strength values. There is almost no damage to the surface of the sheet metal and its treatment This self-clinching stud is part of our line of self-clinching inserts. All Clinch inserts are installed using a simple punch During installation process, the fastener is placed in an appropriately sized hole and then compressed by means of a punch, applyinng only sufficient pressure to squeeze the stud head and its under head tooth features into the parent sheet. The sheet metal experiences plastic deformation and locks the fastener firmly to itself. After installation the spigot joint should be flush with the sheet, so the result is aesthetically perfect. And the tooth locking feature provides high tensile as well as torsional strength

The self-clinching nut solves the problem of those who need a strong threaded hole on sheet metal or light alloy. It offers high resistance to both torsion and tension. The Clinch nut is the most viable, reliable, economical alternative to using the weld nut. It has the advantages of more secure attachment, known and controllable strength values, lower overall application cost due to the lack of production waste and the absence of further processing after installation. In addition, the application result from an aesthetic point of view is perfect This self-clinching nut is part of our line of self-clinching inserts. All Clinch inserts are installed using a simple punch During installation process, the fastener is placed in an appropriately sized hole and then compressed by means of a punch, applyinng only sufficient pressure to squeeze the nut serrations into the parent sheet. The sheet metal experiences plastic deformation and locks the fastener firmly to itself.

The flush self-clinching nut is a fully concealed element. Indispensable when you want to have the sheet metal completely smooth, free of protrusions on both sides This self-clinching nut is part of our line of self-clinching inserts. All Clinch inserts are installed using a simple punch During installation process, the fastener is placed in an appropriately sized hole and then compressed by means of a punch, applyinng only sufficient pressure to squeeze the nut into the parent sheet. The sheet metal experiences plastic deformation and locks the fastener firmly to itself. After installation the hexagon head should be flush with the sheet and the spigot should not protrude through the opposite side. So the result is aesthetically perfect and hexagon head provides high tensile as well as torsional strength The nut can be mounted on already painted or treated sheet metal as it requires no further processing after installation