EuroWire March 2024

Exhibitors at wire 2024

C2S Customer Services

EN 50620, IEC 62893-1, TÜV 2PfG1908, UL 62 and GB-T 33594. These compounds ensure mechanical properties, flexibility even at low temperatures (-40°C) and abrasion resistance, for performance in day-to day cable usage. All solutions are flame retardant, meeting the low conductivity criteria of European standards. The solutions cover all standards and requirements for both insulation and jacket, offering various flexibilities and surface aesthetic aspects. Cabopol Polymer Compounds www.cabopol.com Cersa-MCI 10 C31 Established in France in 1981, Cersa-MCI designs and manufactures measuring devices for fine wires, cables and optical fibres. It offers a portfolio of solutions to help customers enhance production quality. Advanced technologies such as interferometers and diffraction ensure high-speed measurements and accuracy. The company’s sensors can be used on- or off-line for non-contact measurement applications. In the mid-1980s, Cersa-MCI launched its first device for fine wire measurement. The LDS is still available today with one or two axes for diameter monitoring during the drawing process or for off-line measurements, fitted with accessories, for wires from 5µm to 2mm. For extrusion processes, Cersa-MCI offers the LPS-3-H to monitor diameter and detect lumps and neckdowns in a single product, for larger wire and cable diameters (0.3 to 5mm). This solution combines a diameter gauge and a flaw detector in one box. At wire 2024, Cersa-MCI will present its new measuring instruments, specifically its range of surface analysis equipment. Focusing on high-speed line measurement, the SQM-F (new patented technology) captures surface defects and displays their shape on screen. The SQM-F can be used on-line, and now also off-line using the Wire360 manual bench from Cersa. Visitors will have the opportunity to see this in action on several sample wires. Now available for round products from 15µm to 2,000µm, it provides a complementary solution to improve quality control. Cersa-MCI will also be presenting its all-in-one solution for the wire and cable sector. Cersa-MCI www.cersa-mci.com

Conklad technology is available for applications such as AS wire, OPGW, CATV, sheathed composite cores, reinforced aluminium wire and other products requiring an aluminium sheath or non-ferrous cladding. BWE’s SheathEx™ technology was first developed in 2005. The process is used for ‘seamless’ aluminium sheathing of high voltage cables. Until now, all machines supplied globally have been for a corrugated aluminium sheath – a reliable process from 2 x 12mm diameter aluminium rods. BWE now offers a SheathEx line for both a corrugated and smooth aluminium sheath. One of the first SheathEx customers worked with BWE to develop and convert its line for both corrugated and smooth. Extensive tests in tandem with the plastic extruder allowed the cable to bend and wind on a drum without kinking or damaging the sheath. Existing customers are able to retrofit their corrugated line with this new technology. The SheathEx process provides a continuous and seamless aluminium sheath with no weld. The aluminium sheath has good conductivity and environmental properties and is light in weight. The use of standard CCR aluminium rod keeps material costs low.

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10 F59 The C2S Customer Services department acts as a partner to maintain machine productivity and enhance product qual ity, whatever the brand of equipment.

Spare parts for rotating machines and upgrades

C2S provides spare parts, upgrades and maintenance projects, as well as transfer and restart operations of complete lines. Upgrades are a sustainable approach: by extending the life of existing machines, customers reduce their environmental impact by minimising the need for new equipment. C2S states that its solutions are a way to save energy and “go green”. The company is involved in smart factories and Industry 4.0 processes. C2S will exhibit on one side of the SETIC stand. C2S Customer Services www.setic-pourtier.com Cabopol Polymer Compounds 12 A15 a company with more than 60 years of experience in the research, development and production of thermoplastic and crosslinked compounds, is unveiling its latest innovations for electric vehicle (EV) charging applications. Cabopol Polymer Compounds,

BWE specialises in continuous extrusion machines

Cabopol has developed solutions for EV charging

BWE continues to develop new products and applications, including wire arc additive manufacturing (WAAM), 3D printing, electric vehicles and precious metals. Proving trials and demonstrations are available at BWE’s headquarters in Ashford, Kent, UK. The company’s research and development department will consider and prove any new application prior to investment. BWE also manufactures and supplies a complete range of cold welders and dies for a fast and reliable solution to welding non-ferrous materials from fine wire to round rod. A range of machines will be on display and available for demonstration. BWE Ltd www.bwe.co.uk

Recognising the demand for robust, high-performance materials, Cabopol has introduced compounds that address the diverse requirements of EV charging cables. For wire and cable applications, the company has created TPE, TPU and TPX compounds, engineered for flexibility, aesthetic appearance and to meet international standards including

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March 2024