Plastic iron - Import export

The woven strap is widely used when you need to tie and secure the products by means of ligatures that are not constituted by iron or plastic strap. Woven strap features: - Excellent tension maintenance. - Perfect elasticity in case of shock. - No conjunctions. - It ensures minimum wastage. - Perfect winding. For the ligation you need a tensioner, the strapping band, the buckles and a strap-holder trolley to prevent strap damage. Different types of straps, more professional strapping tools and various types of trolleys are available on request.

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 self-tapping ensat thread inserts. Made of ASIS 304 stainless steel 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.

Ems99 specializes in the production of steel marking wheels. As with the production of punches, the customer is given the opportunity to customize the characters according to his needs: he can choose between numbers, letters and other special characters. The type of incision proposed with this technique is cut or flat. Wheel marking allows you to get precise work in a short time, suitable for various materials such as aluminium, steel, stainless steel, plastic, cast iron and others.

OPERATING TEMPERATURE: MAX 750°C FLANGE fastening that can be in IRON and STAINLESS STEEL. Size and shape standard or as indicated by the customer. BOXES – HEADS for electrical connections customizable in terms of shape and materials size. (INOX, IRON, ALUMINIUM and PLASTIC also customizable with company logos). PROTECTION: IP40, IP65. Armored heating elements with stainless steel pipe*. Max lenght cad. element up to 8,00 m. Resistive internal filament** insulated with MAGNESIUM OXIDE of first choice.

Aluminium oxide bands to be used (with suitable expanders) on satin finish machines. Main features and benefits: Thanks to their wide abrasive area, they allow operators to rapidly and efficiently work on a wide range of surfaces. Recommended applications: Light deburring, cleaning, finishing small and large surfaces. Removing scale or marks left by previous operations. Work surfaces: Stainless steel, standard or alloyed steel, nonferrous metals and alloys, aluminium, cast iron, titanium, plastic, wood.

Economic version of the flap discs. Available in back up pad discs and fiberglass version. Features and benefits: These discs offer good cutting and have a good ratio cost/performance. These are particularly suitable for non continuous processing where cutting speed and costs are the main elements. Recommended applications: Deburring, removing welding seams and spots, removing scale, rust and oxidation of any kind, blunting sharp corners and edges. Work surfaces: Stainless steel, alloyed and unalloyed steel, aluminum, nonferrous metals and alloys, structural steel, cast iron, titanium, plastic, pain, varnish, filler.

Economic version of the flap discs. Available in back up pad discs and fiberglass version. Features and benefits: These discs offer good cutting and have a good ratio cost/performance. These are particularly suitable for non continuous processing where cutting speed and costs are the main elements. Recommended applications: Deburring, removing welding seams and spots, removing scale, rust and oxidation of any kind, blunting sharp corners and edges. Work surfaces: Stainless steel, alloyed and unalloyed steel, aluminum, nonferrous metals and alloys, structural steel, cast iron, titanium, plastic, pain, varnish, filler.

These are similar to the Satin Machine wheels but are made laying the non woven in a way that waved edges are obtained. Features and benefits: For applications on wide areas which require a higher uniformity finishing, the RFV allow a higher uniformity among the various steps on the surface. Recommended applications: Satin finishing large surfaces. Work surfaces: Stainless steel, standard or alloyed steel, nonferrous metals and alloys, aluminum, cast iron, titanium, plastic.

This High Performance Nonwoven material is converted into wheels with a split pin hole for satin finish machines. Main features and benefits: These nonwoven wheels with a hole offer consistent finishing quality, highly efficient ventilation, flexibility, excellent user friendliness, low-noise levels and resistance to clogging. They can be cleaned using compressed air or water. The abrasive tool is efficiently driven by means of a unique 4-split-pin system and can be quickly fit. Recommended applications: Light deburring and cleaning. Satin finishing small and large surfaces. Removing scale. Removing marks left by previous operations and re-finishing after bending, welding or satin coil moulding. Work surfaces: Stainless steel, standard or alloyed steel, nonferrous metals and alloys, aluminium, cast iron, titanium, plastic.

BIBIELLE offers a very good satin finish machine, particularly suitable to be used with the provided abrasive tools. Main features and benefits: The abrasive tools for satin finish machines allow operators to work on quite large areas (from 50 to 100 mm in width) with a lightweight compact machine that can be used “freehand” even on parts already in place. The abrasive tool is efficiently driven by means of a unique split pin system. Recommended applications: Stainless steel, standard or alloyed steel, nonferrous metals and alloys, aluminium, cast iron, titanium, plastic, paint, varnish, filler, stone or wood. Work surfaces: Production and maintenance of machinery and equipment for the chemical, pharmaceutical, medical and food industries. Steel and stainless steel fittings such as cookers, extractor hoods, hobs and domestic appliances.

This Silicon Carbide High Performance Nonwoven material is converted into discs with hole. Main features and benefits: Discs can be assembled to reach the desired size. Depending on the pressure used for assembling the discs it is also possible to vary the hardness. These pre-cut nonwoven discs offer consistent finishing quality, highly efficient ventilation, flexibility, excellent user friendliness, low-noise levels and resistance to clogging. Can be cleaned using compressed air or water. Recommended applications: Cleaning parts of irregular shape or moulded parts. Satin finishing small and large surfaces. Workpiece preparation for subsequent treatments such as chromium plating, nickel plating and painting. Removing marks left by previous operations and re-finishing after bending, welding or satin coil moulding. Work surfaces: Stainless steel, standard or alloyed steel, nonferrous metals and alloys, aluminium, cast iron, titanium, plastic, paint, varnish, filler.

This High Performance Nonwoven material is converted into wheels on 6-mm shaft to be used on straight grinders. Main features and benefits: These shaft-mounted Nonwoven wheels offer consistent finishing quality, excellent user friendliness, highly efficient ventilation, low-noise levels, resistance to clogging. Recommended applications: Light deburring and cleaning parts of irregular shape, pipes or moulded parts. Satin finishing small surfaces. Removing scale. Removing marks left by previous operations and re-finishing after bending, welding or satin coil moulding. Work surfaces: Stainless steel, standard or alloyed steel, nonferrous metals and alloys, aluminium, cast iron, titanium, plastic.