December 2021
December 2021 Corinth contract award Corinth Pipeworks awarded contract from GAZ-SYSTEM SA Poland, to supply steel pipes for the Gustorzyn Wronow gas pipeline
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he linepipe contract awarded to Corinth Pipeworks from the Gas Transmission Operator of Poland GAZ-SYSTEM SA forms part of Gustorzyn - Wronow gas pipeline in Poland and comprises of 80 km of 40” coated steel pipes. Corinth Pipeworks’ proposal was evaluated and ranked first amongst other international and Polish manufacturers, as being the most advantageous. Its value amounts up to PLN 217,192,029.00 including quantity and transportation tolerance (ca. EUR 47 million).
The aim of the project is to build a high-pressure gas pipeline from Gustorzyn to Wronow, which will enable the transmission of increased volumes of gas to Warsaw and Lodz agglomerations, Radom and its surroundings, and to the south-eastern regions of Poland. Pipes manufacturing and coating will take place at Corinth Pipeworks’ facilities in Greece. Deliveries are planned to start in Poland at the beginning of April 2022 and conclude by August 2022.
December 2021
Smart factory solution launch from ABB ABB launches industry-first smart factory solution for safer, more autonomous and efficient steel melt shop operations
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BB Ability™ Smart Melt Shop digitally connects all steel melt shop processes and moving equipment to synchronize operations and improve production efficiencies, moving steelmakers towards autonomous operations
The new digital application automates and optimises ladle and crane movements in steel melt shops enabling metals producers to closely track and schedule the transport of molten metal from furnace to caster The solution has already been installed by JSW Steel Ltd, India’s leading steel company Pioneering technology leader ABB has launched ABB Ability™ Smart Melt Shop, the first smart factory
digital application of its kind for the metals industry. It is designed to increase melt shop productivity, save energy and improve employee safety, with payback within six months. Based on advanced digital algorithms, the new solution is unique in that it offers not only powerful real-time ladle tracking but also automated crane scheduling and a predictive thermal modelling engine. The tracking engine follows ladle movement via cranes and transfer cars in real time. Radar and laser positioning technologies provide accurate visualization while reducing hardware footprint and maintenance needs compared to radio-frequency identification (RFID) solutions. The automated crane scheduling includes job forecasting, route planning and automatic acknowledgement of jobs.
December 2021
This will enable steelmakers to move towards autonomous operations by eliminating manual co-ordinations, with increased safety in hot zones due to lower footfall. The thermal engine function uses ladle thermal history from the tracking engine and forecasted heat movement from scheduling engines to predict the thermal loss during ladle transfer and predicts the correct lift temperature at ladle furnace. This results in better superheat compliance at the caster, eliminating caster slowdowns, hence increasing productivity. Steelmakers can expect ABB Ability™ Smart Melt Shop to help increase superheat compliance to enable 4-5 percent higher casting speeds to improve productivity and reduce arcing by 5 degrees Celsius per heat in ladle furnaces for increased energy and cost efficiency. ABB Ability™ Smart Melt Shop has already been installed by JSW Steel Ltd, India’s leading steel company, where it has been integrated into a wider expansion at Dolvi Works plant in Maharashtra state. It is expected to increase the company’s EBITDA profit by around $2million per annum through 4 percent higher casting speeds, time savings of one working day per month and additional output equating to 24,000 tons a year. “We’re proud to launch ABB Ability™ Smart Melt Shop – the first of its kind in the metals industry, enabling steelmakers to digitally connect all processes and moving equipment in the melt shop, achieving synchronized operations and removing bottlenecks in production capacity,” said Tarun Mathur, Global Product Manager, Metals Digital, ABB. “The digitalization of core processes will drive new levels of productivity, safety and sustainability outcomes for the metals sector.” This application uses all standard communications protocols, employs ABB’s multi-layered defense-indepth approach to cyber security and is compatible with both ABB and third-party systems. Benefits of the new ABB Ability™ Smart Melt Shop include: Productivity c 4-5 percent increased casting speed due to better superheat compliance c Reduced tapping delays, in EAF or converter due to
more efficient scheduling of cranes for ladle movement c Better ladle management and maintenance planning thanks to access to historical data on all movements c Increased manpower productivity since no manual intervention or acknowledgement is required Energy efficiency c 5 degrees Celsius less arcing per heat (batch) in ladle furnace using thermal models to accurately predict target lift temperature c Improved decision-making thanks to forecasting of ladle movements and crane schedules Safety c Increased safety with less footfall in hot zones which would otherwise be needed to manage ladle and crane movement ABB (ABBN: SIX Swiss Ex) is a leading global technology company that energizes the transformation of society and industry to achieve a more productive, sustainable future. By connecting software to its electrification, robotics, automation and motion portfolio, ABB pushes the boundaries of technology to drive performance to new levels. With a history of excellence stretching back more than 130 years, ABB’s success is driven by about 105,000 talented employees in over 100 countries. www.abb.com ABB’s Process Automation business is a leader in automation, electrification and digitalization for the process and hybrid industries. We serve our customers with a broad portfolio of products, systems, and endto-end solutions, including our # 1 distributed control system, software, and lifecycle services, industry-specific products as well as measurement and analytics, marine and turbocharging offerings. As the global #2 in the market, we build on our deep domain expertise, diverse team and global footprint, and are dedicated to helping our customers increase competitiveness, improve their return on investment and run safe, smart, and sustainable operations. go.abb/processautomation For more information please contact: Media Relations Chris Brand Phone: +44 (0) 7523919978 Email: chris.g.brand@gb.abb.com
December 2021
Xiris Automation Inc. releases RTSP for video streaming
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iris Automation Inc. has recently released the Real Time Streaming Protocol (RTSP) to stream captured video of weld processes over shared networks. The add-on to Xiris WeldStudio™ software allows many users to access the same live video stream using a tablet, smartphone, smart TV or PC with any compatible streaming software such as VLC media player for Windows, Linux, Apple or Android. When used in production welding, operators will be able to easily access their installed weld camera stream remotely using RTSP to check on how their build is progressing. Video streaming using RTSP can be particularly beneficial for weld education applications where mul-
tiple student welding booths can be effectively monitored from a central office without the need to be present in each booth. Additionally,
streaming to Cloud services such as Vimeo is available for unlimited storage, hosting and controlled redistribution to secure users. Xiris Automation Inc. specializes in developing weld monitoring and inspection equipment used for process and quality control across several specialty industries. With an extensive product line of welding cameras, thermal cameras, and laser inspection systems, Xiris provides some of the world’s most dynamic manufacturers with the ability to detect, recognize, and interpret quality defects in their manufactured goods. For more information, please visit www.xiris.com
Easy Pipe Repairs with Pipe Freezing
www.huntingdonfusion.com • pipestoppers@huntingdonfusion.com
December 2021
Measures Rebar like Never Before Even at highest rolling speeds
High Tech light section measurement
Family owned since 1957, Zumbach is a global leader in the industry. Driven by innovation and experience. We are here for you and ready to build the future together.
www.zumbach.com • sales@zumbach.ch
December 2021
Be it complex welding challenges, feasibility studies or small-scale production – Fronius has the solution
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The robot welding cell features high-tech process variants from Fronius – such as Cold Metal Transfer (CMT), Pulse Multi Control (PMC) and Low Spatter Control (LSC). It also includes ACERIOS, a hot active plasma technology for surface cleaning. prototypes. This can involve large investments, including in systems, software and staff, which come with a certain level of uncertainty.
To reduce risks and costs, Fronius provides companies with the option to permanently outsource the welding-relevant parts of their prototype construction. In the Fronius prototyping centre, which covers a total area of more than 900 square metres, specialists from Fronius develop customised solutions to tackle every welding challenge.
Credit: Fronius International GmbH
Companies that want to take advantage of new trends or tap into fresh market segments are forced to leave their comfort zone because they need innovative materials and components, and set new challenges for themselves in production. A big issue here is the development and construction of
Credit: Fronius International GmbH
eveloping individual solutions for challenging welding tasks? This is where Fronius comes in, supporting industrial and commercial enterprises at its prototyping centre in Wels, Austria. Whether the focus is on feasibility studies, welding prototypes, pre-production series or contract manufacturing for small series, the customer benefits from the Fronius experts’ comprehensive welding knowledge and their deadline pressure and investment risk are reduced.
The LaserHybrid cell combines a powerful gas metal arc welding system (GMAW) with state-of-the-art laser technology. This makes it possible to weld components made of different materials to a high quality – with minimal distortion – at speeds of up to 8 m/min.
“Since we put the Fronius prototyping centre into operation in early 2021, we have developed solutions to meet a wide range of requirements for customers from various sectors,” emphasises Wolfgang Scherleitner, head of the prototyping centre. “However, we don’t just offer technical support. Instead, we have expanded our range of services to include a number of hightech analyses and simulations. This enables us to guarantee high quality as well as seamless welding data documentation.”
To make this possible, the prototyping centre offers a range of services including 3D equipment fabrication, 3D measurement and an offline programming option complete with welding process simulation. But not only that, heat and distortion simulation, welding seam inspection, a laser seam-tracking camera, hot active plasma technology for surface cleaning and a laboratory for metallographic examination all come as standard too. With the pioneering WeldCube software – for documenting and analysing welding data – Fronius makes it possible to trace the entire component history in detail. What is more, the welding technology specialists attach great importance to economical, resource-conserving and efficient production right from the outset.
The Pathfinder simulation software provides cycle-time analyses and a realistic representation of complete processes as early as the pre-project stage. Optimisations can therefore be implemented early on, minimising the time and expenses involved here. the transition from manual to robotic welding as well as the application of new materials or welding processes. Customers from a wide range of sectors, including the automotive and component supply industries, aerospace technology, the agricultural and construction machinery industries and commercial trans-
port, have already taken advantage of these services. Be it battery trays for e-mobility, axles, frame sections or various applications for other industrial sectors, parts of up to 1,500 kg and 3 x 2 metres can all be joined in the prototyping centre – and all with one technology that sets standards around the world for simulation, process monitoring and quality control.
Flexible, modular 3D clamping systems are available for prototype equipment fabrication. It is also possible to simulate all clamping components virtually.
Credit: Fronius International GmbH
Credit: Fronius International GmbH
The Fronius prototyping centre offers considerable added value particularly when it comes to strict quality requirements and more efficient production methods. Large dimensions, complex designs, tight deadlines and brand-new products – which call for particularly intelligent welding concepts – are all covered here and considered a matter of course. The welding experts are also available to support
Credit: Fronius International GmbH
December 2021
The optical 3D measuring system with high definition camera detects the slightest deviations and component distortion.
December 2021
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Leak Testing of Tubes and Pipes
he oil, gas, water, food and beverage, aerospace, power generation, construction and pharmaceutical industries all fabricate many thousands of metres of tubes and pipes every year and all joints need to be tested for leak tightness before release for use. This is particularly so in the nuclear sector where potential release of toxic compounds presents a health hazard. It’s also a significant requirement in the aerospace industry where leaks could endanger life. Hydrostatic testing is the safest and most common method employed for testing pipes and pressure vessels and this is normally undertaken using water. Pneumatic testing using compressed inert gas or air may be used, but only under carefully controlled conditions. Failure during testing with water releases only nominal energy because water is almost incompressible. Escape of gas during pneumatic procedures can be dangerous because it can result in the sudden release of very large amounts of energy. In principle, tests are simple operations. The pipe or vessel joint being examined is isolated and the test medium is introduced and then pressurised. Leaks are detected either by measuring pressure fall or by examination of the surface for visual evidence. Selecting the optimum sealing technique prior to testing requires a sound knowledge of available products. The operator needs to consider tube or pipe diameter, test pressure and possible contamination by the sealing equipment.
Aluminium Test Plugs are heavy duty and are available in the size range 38 to 900 mm. These are suitable for arduous duties such as immersion in chemicals and/or higher temperatures. tween 12 and 2000 mm but special versions have been developed to accommodate testing of smaller and larger pipes. Access for pressurising is through a standard fitting in all plugs and dams.
Expandable Plugs Plugs are available from manufacturers such as Huntingdon Fusion Techniques with nylon, steel and aluminium bodies. Sandwiched between each body is a flexible seal that can be expanded by applying a radial force through a manually operated machine screw/ bar on the shaft. These seals are available in a variety of materials including nitrile, Viton, natural rubber and silicone. Specially braced plugs and double disc plugs are available for use at higher pressures
Products for sealing fall generally into two categories: mechanically expandable plugs and inflatable dams. Routinely available products cover diameters be-
Available in the size range 38 to 1800 mm Steel Test Plugs are typically suitable for more demanding applications such as long immersion in water, for use at higher temperatures or for contact with acidic or alkaline A comprehensive choice of nylon bodied plugs is available covering the range 12 to 150 mm diameter. They environments for which the nylon and aluminium plugs can even be made to meet customer colour preferences. may be unsuitable.
December 2021
General purpose inflatable dams can accommodate the size range between 25 and 2900 mm. They are available in cylindrical and spherical forms As the diameter of expandable plugs increases, so does the weight. For some applications where these plugs may be useful, they often become too heavy to handle with safety (the weight of an 1800 mm diameter steel plug is 178 Kg). The solution is to use inflatable dams – these are available to accommodate pipe diameters between 35 and 3000 mm.
Inflatable Dams Manufacturers such as Huntingdon Fusion Techniques have a range of dams, each having a wide degree of flexibility in diameter. The dams are capable of withstanding a temperature range between -40 to +70ºC 0 – (up to 300 C with heat-resistant covers).
Inflatable solid rubber plugs and stoppers offer a large length to diameter ratio and are particularly useful where sealing against irregular surfaces is required. They can be used to seal pipes between 38 and 3000 mm diameter. cal plugs, once inside the pipe, does not occur. These dams can also be used to prevent build-up of debris and ingress of unwanted material or animals. Inflation is carried out using a compressor or foot pump through an integrated valve system. An optional bypass facility allows for admission of liquids or gases to the sealed volume following inflation. The by-pass is also used for draining after testing. The dams can also be used to prevent build-up of debris and ingress of unwanted material or animals. Further Information BS EN 1507:2006. Ventilation for buildings. Sheet metal air ducts with
These devices can be inflated quickly to sealing and working pressure and are resistant to most hydrocarbon gases and fluids. The dams are manufactured from a variety of materials depending on the application.
rectangular section. Requirements for strength and leakage BS EN 8301:1985 BS 8301:1985. Code of practice for building drainage Detailed technical information is available in a publication Inflatable Rubber Plugs from Huntingdon Fusion Techniques. Huntingdon Fusion Techniques. Technical notes. Expandable Plugs
Generally, the length of inflatable dams ensures that the sealing area is very large compared with expanding plugs and also ensures that tilting of such mechani-
Special purpose dams are available for service in the petrochemical industries where resistance to a wide range of chemicals is required. Sizes range from 25 to 900 mm.
(TN 1) and inflatable stoppers (TN 2)
Low Profile (Pancake style) Stoppers are available when insufficient length of pipe is available for the general purpose cylindrical and spherical and solid rubber dams. These are available in sizes from 152 to 2235 mm and are heat resistant up to 90°C
December 2021
Systems installs and commissions new Spray-Cooled™ Gravity Drained EAF Roof at Optimus Steel
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s part of its mill modernisation upgrade that was completed last month, Optimus Steel, Beaumont, TX installed and commissioned a new Spray-Cooled™ electric arc furnace (EAF) roof and elbow with Systems Spray-Cooled. The design-build-install project includes a new EAF roof, elbow, engineering, laser scans, and accompanying equipment that will replace its existing tubular equipment. The full scope, in conjunction with Systems Contracting, includes piping and gantry modifications. This project marks the first ever gravity drained SprayCooled™ EAF roof. The EAF roof and piping were designed such that venturi suction pumps are not required to evacuate water
from the roof during slag and tap. This eliminates the need for the pumps as well as the required piping. Also, the EAF roof was converted from a traditional 4-point gantry lift roof to a 2-point gantry lift roof. Optimus will eliminate the associated downtime and maintenance issues with their old gantry arm design. The new design will address current operational issues and will allow for better roof alignment and delta changes. The elbow incorporates a new integrated drain design that eliminates bolted connections for quicker change outs. The roof diameter has been oversized to allow for a larger furnace sidewall in the future. This project is expected to be the first phase of a multi-phase melt shop upgrade to a more optimized design with the upper shell and off-gas system to follow.
Optimus Steel, located in Beaumont, Texas, produces a wide range of high-quality wire rods, coiled rebar, and billets. Optimus Steel is logistically situated near Houston to provide value
added solutions that help their customers in the construction, automotive, energy, consumer, and manufacturing markets. Optimus Steel’s decision to install Spray-Cooled™ equipment was based on the need for the safest, most environmentally friendly, most reliable solution when considering maintenance costs. For product information, go to https://spraycooled.tsg.bz/. For general information, contact The Systems Group at 870862-1315 (U.S./Canada); email info@tsg.bz web www.tsg.bz.
December 2021
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Plibrico Aids Aluminum Processors with New Plicast Al-Rezist High-Performance Refractory
he Plibrico Company, a leading supplier of monolithic refractories and construction services, today introduced Plicast Al-Rezist™, a line of low-cement, aluminum resistant refractories, expressly engineered to mitigate damaging and costly corundum growth in furnaces.
For aluminum processors, one of the costliest operational challenges in high production environments is the aggressive formation of corundum deposits in furnaces. Excessive, damaging, and costly, corundum growth can be mitigated with the right refractory materials, coupled with proper maintenance. Plibrico’s Plicast Al-Rezist line of refractory materials are engineered for processors who run their aluminum melting and holding furnaces hotter and faster for extended periods of time, and therefore require superior
tion. As a result of this formula, the material exhibits excellent physical properties for demanding service conditions so repairs and downtime are kept to an absolute minimum. That is one of the reasons it is rated “Excellent” by the industry standard ALCOA® Refractory Evaluation Parameters.
aluminum resistant refractory performance. “Due to robust demand, processors, foundries and die casters are operating furnaces at or above maximum production rates, leading to one of the industry’s most costly operational challenges: preventing corundum growth that will destroy a refractory lining,” explained Brad Taylor, President and CEO of the Plibrico Company. “We introduced Plicast Al-Rezist to meet today’s need for a more resistant, longer lasting refractory that pro-
tects our clients’ furnaces from corundum and other destructive forces.”
Maximising production uptime Plicast Al-Rezist is strongly recommended for protection of the furnace hearth, lower sidewall and belly bands. These areas of metal contact suffer the most mechanical abuse and metal penetration. The Plicast Al-Rezist line is produced with an enhanced multi-component package for exceptional performance against more aggressive alloys, including those with high fluidity. This multi-component system prevents aluminum from wetting the surface of the refractory and growing corundum below the surface line. In fact, in multiple blind tests, Plicast Al-Rezist had an unmeasurable amount of aluminum penetration, while other brands had 0.15” amount of penetra-
Developed with installation in mind, Plicast Al-Rezist is simple to apply with flexible options including Cast, Pump, or VibCast. It is also ideal for use in precast shapes since its rheology enables smooth crisp shape lines and corners. Engineered to resist corundum growth, thermal shock, and abrasion in extreme aluminum processing environments, Plibrico’s Al-Rezist line of castables offers superior aluminum penetration resistance and refractory performance. Extending the life of the furnace, maximizing production uptime, and keeping downtime and repairs to an absolute minimum. Plicast Al-Rezist low-cement, aluminum resistant refractories are expressly engineered to mitigate damaging and costly corundum growth in furnaces as shown in these pictures.
December 2021
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Lesjöfors expands in the US market through the acquisition of Plymouth Spring
esjöfors has acquired the assets and operations of Plymouth Spring Company, Inc., a US-based manufacturer of industrial springs. The acquisition is another step in Lesjöfors’s ambition to consolidate the industrial springs market and marks an expansion in the US market where it sees potential for further growth, both organic and through M&A. Plymouth is a manufacturer of custom precision metal springs, stampings and wire form parts, located in Bristol, Connecticut, US. The company has a well-established market position, a diversified customer base and long-lasting customer relationships. The customer base consists of more than 600 customers across multiple sectors such as electrical, hardware, industrial, defense and automotive. Plymouth has 55 employees and generates revenue of approximately MUSD 12 per annum with favorable profitability, and the company has exhibited a strong financial track record over time. Lesjöfors’ President, Ola Tengroth, comments on the transaction: “Lesjöfors has followed Plymouth’s development over time, and we are impressed by the company’s progress. Through this acquisition,
Ola Tengroth Lesjöfors is establishing a US presence within industrial springs, and the company will serve as a platform for future organic and acquisitive growth in the region. I am looking forward to working together with the company’s management team to build on this platform and to continue to develop and grow the company.” Plymouth’s CEO, David Devoe, adds: “I am excited to join Lesjöfors. Having access to Lesjöfors’ global network and broad range of capabilities will support us in developing our customer base and pursuing new business opportunities.”
Beijer Alma’s CEO, Henrik Perbeck, also comments on the transaction: “With its customer-centric strategy and close customer relationships, Plymouth is a perfect fit with Lesjöfors and Beijer Alma’s model for value-adding acquisitions. The transaction is well in line with Lesjöfors’ ambition to build the leading spring, wire and flat strip component group, and I am excited about the growth avenues this transaction could unlock in the US.” Ola Tengroth CEO +46 70 679 88 04 ola.tengroth@lesjoforsab.com
December 2021
ABB launches tundish-focused electromagnetic stirring solution to help steelmakers increase quality, productivity and profitability
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lobal technology company ABB has today launched its Tundish EMS solution to enable steelmakers to overcome the limited ability of the tundish vessel in controlling the flow of molten metal, and therefore steel quality and temperature. Tundish EMS is placed on the outside of the tundish and uses non-contact electromagnetic stirring technology to generate an electromagnetic field that creates a stirring effect in the bath melt. This continuous stirring significantly increases mixing zone volume for virtually the entire tundish, with higher flow speeds, elimination of dead zones and homogenization of temperature. Adoption of this electromagnetic stirring technology will be particularly important for steelmakers with multiple casting strands coming from one tundish. It will mean greater removal of inclusions, resulting in smoother, cleaner steel and reductions in nozzle clogging. By creating a stirring flow throughout the entire tundish melt bath, Tundish EMS delivers rapid homogenization of temperature and chemical composition that results in better quality steel, more uniform and repeatable casting conditions across multiple strands and overall improved quality, productivity and profitability in billet and bloom casting and metal powder production.
“The new Tundish EMS is a result of ABB’s know-how in stirrer design and unrivalled process insight gained from thousands of installations as well as track record in collaborative product development,” said Zaeim Mehraban, Global Sales Manager, Metallurgy Products at ABB. “It allows steelmakers to overcome a challenge that tundish furniture has not yet been able to solve. As well as increasing quality, productivity and profitabil-
ity, Tundish EMS uses non-contact electromagnetic stirring technology which extends lifespan and means almost no maintenance is required.” Tundish EMS offers several new functionalities including flexibility in stirring force and direction and the ability to stir and control the flow field in the whole melt volume of the tundish. This means that steelmakers no longer have to rely sole-
December 2021 ly on the limited ability of tundish furnishings for control of molten metal flow, where often significant dead zones lead to temperature variations and where smaller inclusions or inclusion clusters cannot be removed. A variety of Tundish EMS installation configurations are available for most tundish types. Tundish EMS enhances quality, productivity and profitabilty in a number of ways. As well as improving non-metallic inclusion removal and overall steel cleanliness, it also provides temperature homogenization and stability throughout the entire tundish melt bath, reducing superheat and enhancing uniformity of temperature across various strands. Overall process repeatability and reliability is improved and costs are reduced by lowered consumption of tundish furniture such as dam, weir and baffle materials. ABB offers the world’s most comprehensive range of EMS for both steel and aluminium production
processes, delivering metallurgical improvements that are proven to increase productivity, end-product quality and reduce operating costs for electric arc, ladle and aluminium furnaces, as well as thick and thin slab and billet and bloom casters. A complete range of products, services and end-to-end solutions that improve productivity, quality, safety and cost-efficiency in iron, steel, aluminium and other metals production processes are available through ABB. Across the whole metals value chain, ABB demonstrates a commitment to optimize operations with high performance products and digital solutions. ABB (ABBN: SIX Swiss Ex) is a leading global technology company that energizes the transformation of society and industry to achieve a more productive, sustainable future. By connecting software to its electrification, robotics, automation and motion portfolio, ABB
pushes the boundaries of technology to drive performance to new levels. With a history of excellence stretching back more than 130 years, ABB’s success is driven by about 105,000 talented employees in over 100 countries. ABB’s Process Automation business is a leader in automation, electrification and digitalization for the process and hybrid industries. We serve our customers with a broad portfolio of products, systems, and end-to-end solutions, including our # 1 distributed control system, software, and lifecycle services, industry-specific products as well as measurement and analytics, marine and turbocharging offerings. As the global #2 in the market, we build on our deep domain expertise, diverse team and global footprint, and are dedicated to helping our customers increase competitiveness, improve their return on investment and run safe, smart, and sustainable operations. go.abb/ processautomation
Experts’ Day at Düsseldorf’s leading world trade fairs wire and Tube in May 2022 Wire and Tube, the No. 1 international trade fairs for the wire, cable and tube industries, will again be held together at the Düsseldorf Fairgrounds from 9 to 13 May 2022.
The motto of the expert meeting organised by Messe Düsseldorf is: “The steel industry is forging ahead with the green transformation”. The event is organised by the Stahl- Kommunikation agency. As the number of visitors is limited for hygiene reasons, we ask for early registration.
After the cancellation of wire and Tube in 2020 due to Corona, the interest of the industries in the trade fairs in the coming year is fortunately very high. In addition to innovative technologies and technical highlights in the exhibition halls, there will be the wire and Tube Expert Meeting for the first time. In entertaining, professional
lectures, international experts will report from their companies and present their machines, systems and the latest production methods.
Details of the wire and Tube-ExpertenTreff will be regularly updated on the websites of wire (www.wire.de) and Tube (www. tube.de) as well as on the homepage www.stahl- kommunikation. de.