Wire cables - Import export

Our weld wire sheathing material is used in both flux cored wire and metal cored welding wire processes. The wire sheathing is formed into a tubular product by our customers and the center of the tube contains the ‘fill’ (flux, metal powders, etc) to bring the wire to the desired chemistry. The finished wire is used across a wide breadth of industries in processes such as: Submerged Arc Welding (SMAW) Gas Metal Arc Welding (GMAW) Wire Arc Thermal Spray Flux cored welding wire producers use our metal sheathing materials to prepare finished wire for thermal spray and in surfacing applications, in high temperature and corrosive environments. Cobalt Our Ductile Cobalt Alloys are used to produce wire to hardface applications in the construction, mining, and oil and gas industry. Our proprietary process allows us to offer high Cobalt containing products (91% Cobalt or more) while maintaining a highly ductile strip for wire forming.

Our Electrolytic Copper (C11000) shaped wire is used in magnetic applications such as superconductors in MRI scanners that require high copper content and rectangular cross sections. Electrolytic copper wire products have engineered channels to accept round superconducting wire such as Nb based low temperature wires. We have the expertise to manufacture C11000 copper wire to your exacting specifications and wire shapes. Advantages Our C11000 material for channel wire is produced in long lengths to minimize joints and is tightly tolerance to ensure field integrity. Advantages include: Sophisticated powder metallurgy process achieves high purity, consistency and close composition control Improved die wear, formability and platability Superior dimensional control Stringent quality control to ISO 9001

For decades, our precision staple and anchor wire products have been used in high-quality toothbrushes and fine brushes. We are experts in custom-engineering precision toothbrush staple wire to your exacting shape, profile, and material requirements. Using sophisticated wire forming technology, our custom-made anchor and staples wires are renowned worldwide for their increased tuft retention and high pull-out resistance in toothbrush bristles. Advantages As a leader in toothbrush anchor wire technology, we consistently work to tight wire tolerances in the fabrication of simple and complex wire shapes for superior dimensional control. Precision wire geometries that significantly improve tuft retention Tightly controlled alloy purity, consistency and composition for improved performance Improved die wear, formability and platability Stringent quality control to ISO 9001 Short lead times and small batch sizes

AMETEK Specialty Metal Products has been a leader in the development of shaped wire products for use in orthodontic brackets for more than 20 years. Whether orthodontic materials are needed for a new design process to increase torque strength in orthodontic brackets, or support for a highly customized next generation project, our engineers are ready to work with you to ensure success. Advantages As a world class metal wire manufacturer, we deliver custom wire shapes, custom wire alloys and precise sizes. Our shaped wire products deliver major advantages for the manufacture of near net shape orthodontic brackets. These include: Superior dimensional control for precision bracket geometries that reduce occlusal interference and improve patient comfort Tightly controlled alloy purity, consistency and composition for improved performance Improved die wear, formability and platability Highly customized materials enable increased torque strength

AMETEK Specialty Metal Products employs a wrought powder metallurgical process to manufacture custom gauge and width strip materials used as the outside sheathing of flux cored wire and metal cored welding wire. Advantages Our high purity process allows production of wire sheathing materials with significant advantages for flux cored welding wire producers, compared to a conventional casting process. These include: Very high ductility Tight and repeatable chemistry control Availability of unique and custom chemistries High purity material for improved tool and die life Corrosion, wear and high temperature resistant Short lead times and small batch sizes Find a consolidated listing of our metal sheathing materials in our Weld Wire Sheathing Brochure. Chemistry Control We tightly control the chemistry of the incoming raw materials to ensure that trace elements are kept to a very low level. Our wrought powder metallurgy process allows chemistry flexibility

Modern aircraft require dependable, high quality wire connection systems that play a crucial role in flight control performance to ensure safe transport of passengers and goods. Our high tolerance shaped wire is engineered for the production of push-pull mechanisms and custom cable assemblies used to deliver remote activation of aerospace controls. The shaped wire is used by manufacturers of these devices to build a bearing controlled linkage for applications requiring high tension and compression forces and tight radii for the wire cable assembly. Products We deliver custom wire shapes, custom alloys and precise sizes tailored to your specific push-pull control cable aircraft application. Alloys: Aluminum, carbon steel, copper, nickel alloy, nickel iron, resistance alloy, stainless steel, and other alloys such as nickel, iron and cobalt. Sizes: Super fine wire engineered from 0.004" (0.1016 mm) up to 0.250" (6.35 mm).

Polymer catheter shafts and components, as well as insulated wire and cable, can be precisely machined through non-contact laser ablation.

Automated control and manipulation of fine wire as small as 50AWG allows for twisting, cabling, reel-to-reel laser processing, and precisely ablated discreet lengths for applications that range from subcutaneous biometric sensors to implanted pacing leads and high-density wire harnesses for imaging catheters. High-density wire harness assembly is vertically integrated made possible through a combination of fine wire cabling and the dressing and termination of high-count cable to tight pitched circuitry.