Sessions by Track

Click on the track below to close/expand the listing. Ferrous and nonferrous tracks are listed below.
Ferrous Track - click to open/close

Thermo-mechanical and Air Patenting in Modern Rolling: Characteristics and Advantages, Gianbruno Luvarà and Claudio Zaccomer, Pittini Group

In modern rolling process, thermal treatment during the whole implementation, along with the air patenting at the final stage, plays a key role in order to achieve high-quality rolled products. During the whole rolling phase, temperature is kept under control by five cooling units before gauging and final air patenting, which allows to: define the austenite grain size with greater precision; and achieve better elongation properties and better necking.

Cathodic Plasma Electrolysis: A Novel Metal-Coating Deposition Technique, Mirko MagniMariola Ceka, and Stefano P. Trasatti, University of Milano, Italy

In this talk, we will present a feasibility study for a hydrometallurgical process, based on the employment of Cathodic Plasma Electrolysis (CPE), aimed at galvanizing steel using directly Zn-containing solutions obtained by leaching of EAF dusts, thus avoiding any intermediate step of zinc metal recovery (e.g., through classical electrowinning).

Technological Progresses in the Coating and Lubrication of Wire Rod and a New Type of Tungsten Carbide Dies by a New Experimental Equipment Simulating Wire-Drawing, By: Eng. Giancarlo Arrighetti, Dr. Thomas Morge, Tecnovo Srl, Dr. Eng. Lorena Emanuelli, University of Trento, Eng. Giovanni Garoli, Koner Srl, Italy and Dr. Enrico Cazzulo, University of Milano.

A new boron-free carrier coating for wire-rod preparation has excellent wire adhesion, improved lubricating capacity and high resistance to oxidation. Less of it is needed than borax, and the new carrier coatings allow more cost-effective and easier  process management. Research was done with new tungsten carbide dies, working with grain sizes and additives allowing a much higher wear resistance while maintaining quality. An experimental machine was used in trials done with the University of Milan (chemical part) and the University of Trento (metallurgical part), working with the Tkt Group technical department.

Trends and Challenges in Steel Wire Technologies, Walther Van Raemdonck, NV Bekaert SA

Many global trends in the wire industry relate to innovation, speed, cost reduction, digitalization, automation, reduced energy consumption and environmental protection, and often they have a role in Bekaert's technology projects. This paper highlights some developments and challenges in wire deformation and coatings, such as higher strength and sound ductility of high-carbon wires, improved corrosion resistance, and endurance. It also discusses more novel approaches like smart machinery for more robust processing, newly developed test techniques, and challenges to comply with fast-changing regulations.

Eco-Friendly Rod Preparation, Nicola Corti, Ulrich Jüptner, Alberto Visconti, Mario Frigerio S.p.A.

Mario Frigerio has developed rod preparation lines for all kind of steel wires (low-carbon, high-carbon, stainless steel), which can be completed by an electrolytic phosphating process, adjustable to various applications. E4: Ecological, Ergonomic, Efficient those are the main features of the lines which are driving the wire rod preparation world into a new era.

Role of High-Carbon Cold Drawn Unalloyed Steel Wire Properties on Variations in Dimensions of Helical Compression Springs During Coiling Operation, Amit Agarwal and Satish Kadu, Tata Steel Ltd.

Large Spring-to-Spring dimension variations is one of the key factors governing the productivity of spring manufacturers. Apart from spring coiling parameters, a significant contribution is made by the input wire, used for making springs, in terms of physical properties and wire drawing process conditions. This paper presents detailed studies w.r.t. input wire properties and corresponding performance of coiling of helical compression springs used for 2-wheeler suspensions, which forms the basis for optimization of wire properties and bring down the variations.

From Quality Control to Process Control Through the Application of Artificial Intelligence and Machine-Learning, Carmelo Crea, Mauro Stefanoni, and Gabriele Bomba,  SAS Engineering and Planning Srl

This presentation presents new equipment with advanced straightness measuring, surface quality and straightening control that create new quality standards in producing drawn, extruded and peeled bars (with any profiles). The use of artificial intelligence has made this possible by advances in machine design,  engineering optimization and line operation that result in higher-quality products. Quality control has become an active part of the control of the machines themselves as new paradigms of greater integration exist between the know-how of the manufacturer and the end user.

Study of Factors Affecting Steel Cord Fatigue Endurance, T.A. Akhmetov, E.S. SereginaA.V. Demidov, and A.V. Vedeneev, BMZ

This paper presents an original method for assessing low-cycle endurance and resistance to fretting corrosion. Under bending, the convex outer surface of the wire is subjected to tensile stresses. The tensile stresses act along the wire axis due to bending and have maximum values in the surface layer. Compressive stresses from bending on the outside of the wire act in the transverse direction.

One-Step Bonderite L-FM FL Polymer-Based Coating Process Changes the Game in Metal Pretreatment for Demanding Automotive Bolts, Emilio Bucci, Henkel International

Bonderite L-FM FL process reduces the number of treatment steps and is fast emerging as an attractive alternative in the production of high-performance automotive bolts and screws.

Nail Production in Industry 4.0 Perspective, Jan Sørige, Enkotec Co. Inc.

Industry 4.0 includes some tools that could be very productive for the nail industry: sensors; intelligent machines; automatic adjustment; augmented reality; data collection; the cloud; big data; and analytical tools. We use Industry 4.0 in different ways in our field. Deploying relevant sensors can make the machines more intelligent, enabling automatic adjustments, communication with digital manuals to help operators, provide data for control of critical machine parts, creation of big data and algorithms for long-term better performance; and establishing a MES platform as standalone tool or to link up with ERP system.

Wire 4.0, Joakim Larsson, Anton Jansson, and Lars Pejryd, Örebro University

Today many manufacturing plants are getting increasingly digitized to stay competitive. Data from the production machines can be transferred to a central storage/cloud for process/factory surveillance and for optimizing the processes. However, first data must be acquired. Wire drawing machines are seldom equipped with sensors that measure product quality, tool wear or the condition of the lubrication. This work presents concepts, and applications, of such sensors for wire drawing machines.