Metal shearing - Import export

High quality self-tapping ensat thread inserts. Made of ASIS 304 stainless steel Long version with three cutting holes, Ensat 308 standard Particularly designed for materials resistant to cutting and where you want to exclude any slight self-locking effect on the screw. With the same insertion torque, they exert a higher and better distributed cutting force compared to Ensat 302 inserts, having three cutting points instead of two. Similar to Ensat 307 but longer, so can be applied in thicker materials These inserts are self-tapping and do not require pre-threading. They can be easily installed by screwing them into the appropriately sized hole using the installation tool They are usually used to enforce or repair threads in metallic materials with low shear resistance (metal alloys, aluminum, cast iron, plastic, castings, etc.). These self-threading bushes have an internal thread for the screw and an external thread with cutting slots to insert itself into the material

High quality zinc plated steel self-tapping ensat thread inserts. Made of galvanized steel, conforming to RoHS, this ensures excellent wear and corrosion resistance Long version with three cutting holes, Ensat 308 standard Particularly designed for materials resistant to cutting and where you want to exclude any slight self-locking effect on the screw. With the same insertion torque, they exert a higher and better distributed cutting force compared to Ensat 302 inserts, having three cutting points instead of two. Similar to Ensat 307 but longer, so can be applied in thicker materials These inserts are self-tapping and do not require pre-threading. They can be easily installed by screwing them into the appropriately sized hole using the installation tool They are usually used to enforce or repair threads in metallic materials with low shear resistance (metal alloys, aluminum, cast iron, plastic, castings, etc.).

High quality self-tapping ensat thread inserts. Made of ASIS 304 stainless steel Short version with three cutting holes, Ensat 307 standard Particularly designed for materials resistant to cutting and where you want to exclude any slight self-locking effect on the screw. With the same insertion torque, they exert a higher and better distributed cutting force compared to Ensat 302 inserts, having three cutting points instead of two. Also Ensat 307 inserts are shorter than Ensat 308 and therefore ideal on thinner materials These inserts are self-tapping and do not require pre-threading. They can be easily installed by screwing them into the appropriately sized hole using the installation tool They are usually used to enforce or repair threads in metallic materials with low shear resistance (metal alloys, aluminum, cast iron, plastic, castings, etc.).

High quality zinc plated steel self-tapping ensat thread inserts. Made of galvanized steel, conforming to RoHS, this ensures excellent wear and corrosion resistance Short version with three cutting holes, Ensat 307 standard Particularly designed for materials resistant to cutting and where you want to exclude any slight self-locking effect on the screw. With the same insertion torque, they exert a higher and better distributed cutting force compared to Ensat 302 inserts, having three cutting points instead of two. Also Ensat 307 inserts are shorter than Ensat 308 and therefore ideal on thinner materials These inserts are self-tapping and do not require pre-threading. They can be easily installed by screwing them into the appropriately sized hole using the installation tool They are usually used to enforce or repair threads in metallic materials with low shear resistance (metal alloys, aluminum, cast iron, plastic, castings, etc.).

High quality brass self-tapping ensat thread inserts. Particularly suitable for light metals and all types of plastics, both thermoplastics and thermosets This is the most popular model of self-tapping inserts with two cutting slots in the conical end part of the insert. Due to the cutting slots, the thread inserts remain anchored in the material even under strong shocks or vibrations. Suitable for most applications. Ensat 302 standard These inserts are self-tapping and do not require pre-threading. They can be easily installed by screwing them into the appropriately sized hole using the installation tool They are usually used to enforce or repair threads in metallic materials with low shear resistance (metal alloys, aluminum, cast iron, plastic, castings, etc.). These self-threading bushes have an internal thread for the screw and an external thread with cutting slots to insert itself into the material Made in the EU.

High quality zinc plated steel self-tapping ensat thread inserts. Made of galvanized steel, conforming to RoHS, this ensures excellent wear and corrosion resistance This is the most popular model of self-tapping inserts with two cutting slots in the conical end part of the insert. Due to the cutting slots, the thread inserts remain anchored in the material even under strong shocks or vibrations. Suitable for most applications. Ensat 302 standard These inserts are self-tapping and do not require pre-threading. They can be easily installed by screwing them into the appropriately sized hole using the installation tool They are usually used to enforce or repair threads in metallic materials with low shear resistance (metal alloys, aluminum, cast iron, plastic, castings, etc.). These self-threading bushes have an internal thread for the screw and an external thread with cutting slots to insert itself into the material Made in the EU.

At our Nole plant we have an architectural and structural metalwork department where multiple operations are performed. Our ability to work different materials (common and alloy steel, stainless steel, aluminum etc) and the machinery we use combine to make our company a leader in the industry. In particular, we deal with: Sheet metal processing: shearing, press-bending, calandering, drilling and notching; Welding and joining of different materials in TIG, arc, and continuous wire modes; Construction and installation of several different types of metal structures, using tubular materials, profiles, beams and semi-finished parts;