SIFCO ASC expands R&D team by welcoming Corrosion Engineer
World leading supplier of selective plating technology and solutions, SIFCO Applied Surface Concepts (ASC), part of Norman Hay plc, has expanded its R&D team by welcoming new Corrosion Engineer, Sarah Mederios.
With the global cost of corrosion – a problem that affects every industry – estimated to be $2.5 trillion, Sarah’s work, along with SIFCO ASC’s existing R&D team, will be critical in supporting customers to utilise solutions which meet their corrosion resistance needs. Alongside this, Sarah will employ her in-depth knowledge of corrosion to evaluate the use of other passivates, ultimately extending the service life of the deposit.
Sarah earned her Bachelor of Science in Corrosion Engineering with a minor in Business Essentials from the University of Akron in Ohio. She developed her industry experience during her time researching in an engineering co-op with the Lubrizol Corporation on industrial coatings and resins.
SIFCO ASC’s Group Managing Director, Lee Shelton, said: “We’re delighted to have Sarah on board as a new member of our team. She plays a key role in the future plans for SIFCO ASC. Sarah has a great deal of experience in corrosion and has already begun to visit customers to understand their specific corrosion challenges and assess how the SIFCO Process® would meet their requirements.
“It’s this proactiveness, combined with her expert knowledge, which positions Sarah as our in-house expert on corrosion, making her a perfect addition to the business.”
For more information on SIFCO ASC, visit: www.sifcoasc.com
SIFCO ASC Modernizes R&D Lab
World leading supplier of selective plating technology and solutions, SIFCO Applied Surface Concepts (ASC), part of Norman Hay plc, has completed a substantial refurbishment of its research and development lab in Cleveland, Ohio.
Originally built in 1992, this is first major site renovation, designed to give research engineers a spacious, practical and durable facility in which to conduct vital research and development work.
On a typical day, the lab accommodates scientists, engineers, and technicians who work to develop SIFCO ASC’s fundamental knowledge through exploratory research and development, as well developing and implementing new technologies and providing direct support to customers as well as the company’s manufacturing teams.
Danijela Milosevic-Popovich, Research and Development Project Engineer, comments: “Much of what we do in the R&D lab requires creative thinking, experimentation and innovation; all things which are easier, more enjoyable and ultimately more successful in a modern, spacious and well-equipped laboratory.
Chic Allen, SIFCO ASC’s North American General Manager, states “The renovation will boost team morale and productivity will benefit considerably, which means our customers will reap the rewards of this considerable investment.”
Committed to employee wellbeing and maintaining workspaces which reflect its innovative, state-of-the-art products and services, SIFCO ASC identified the need for a complete modernisation within the R&D department, which included durable, easy to clean flooring, new cabinets, equipment and facilities and a new ceiling with improved lighting throughout the lab.
Danijela concludes: “Work has recommenced in the new lab with a number of customer-specific projects which require considerable innovation and creativity from our R&D engineering team. We are also busy characterizing our existing product offering through depletion testing while continuing to build our knowledge base on coatings like matrix composite plating.”
For more information on SIFCO ASC, please visit www.sifcoasc.com
SIFCO ASC Talks Automation and Chrome Alternatives at SUR/FIN 2018
Three seasoned industry experts from SIFCO Applied Surface Concepts (ASC) are sharing their insight on a number of critical industry topics at SUR/FIN 2018 from June 4 – 6, 2018. Subjects covered include alternatives to hard chrome, automation of selective plating, and component restoration for remanufacturing.
The annual conference, this year held at the Huntington Convention Center in Cleveland, allows leading surface technology companies to connect, collaborate and contribute to industry developments. Throughout the event, multiple technical sessions will be held on the topics of automotive, aerospace, technology advancements, sustainability and waste management. SIFCO ASC’s focus will be in Session 7 – Aerospace & Defense: Innovating Performance Advancements and in Session 15 – Plating Efficiency Improvements via Equipment, Automation, Material Advances and Lean.
In Session 7, Danijela Milosevic, R&D Engineer and Project Engineer at SIFCO ASC is delivering a talk titled; “Advancements in Brush Plated Metal Matrix Composites (MMC)”. In her presentation, she will review the developmental research of safer, eco-friendly alternatives to hard chrome plating. Alternatives to chrome in the form of MMC, offer unique and superior characteristics to metal plating solutions including hardness, wear resistance, and oxidation protection at high temperatures. Conference attendees can watch Danijela’s presentation on June 4, from 5:00 – 5:30pm.
The second speaker, Derek Kilgore, Mechanical Design and Project Engineer at SIFCO ASC will talk about meeting productivity demand through automation of selective plating in Session 15. In his presentation, on June 6 from 8:30 – 9:00am, Derek will demonstrate how attendees can achieve consistent quality and process repeatability by incorporating automated selective plating into their process. The presentation will include data, video and imagery of a newly-developed, dual-spindled ID plating machine.
Also, in Session 15, Derek Vanek, Technical Manager at SIFCO ASC will present “Surface Engineering for Sustainable Manufacturing and Remanufacturing” and discuss why surface engineering technologies should be considered in remanufacturing engineering to restore or improve the performance of worn or failed components. During his 30 years at SIFCO ASC, Derek has worked in sales, training, project management, and marketing while publishing work on engineering technologies. Conference attendees can watch Derek’s presentation on June 6 from 12 – 12:30pm.
For over 50 years SIFCO ASC has provided selective electroplating and anodizing services, chemical solutions and equipment, offering automated plating systems that can be easily integrated into any production line. A global leader in the industry, SIFCO ASC hopes to provide a deeper understanding to the challenges that face the industry and innovative ways to overcome them.
For more information visit SIFCO ASC on stand 351 or, to set up a meeting, visit: www.sifcoasc.com/surfin-2018
*The SIFCO Process® is a unique and portable plating method used to enhance, repair and refurbish localized areas on components.
SIFCO ASC appoints new General Manager in France
SIFCO Applied Surface Concepts (ASC) has welcomed a new General Manager to oversee their French operation. Nicolas Baudin brings with him a wealth of experience in R&D project leadership and joins SIFCO ASC from GreenChem, one of Europe’s largest AdBlue chemical manufacturers and distributors.
Nicolas previously worked for Vallourec for over 10 years, holding various positions including R&D Project leader and Industrialization Manager. He will be a driving force in maximizing new commercial and technical development opportunities for the business.
SIFCO ASC France is a key supplier of selective electroplating services, chemicals and equipment to the aerospace, power generation, oil & gas and defense industry sectors. The unique SIFCO Process® is used to enhance, repair or refurbish critical components and help reduce downtime. The company is pioneering the use of robotics and the automation of selective electroplating and recently supplied Safran Landing Systems with a custom designed robotic plating station that provides the traceability and repeatability needed to meet the customer’s manufacturing requirements.
SIFCO ASC’s Group Managing Director, Lee Shelton said, “Nicolas was instrumental in the successful development of the Cleanwell project for Vallourec, creating a totally dry multi-function coating for Oil & Gas pipe threads. He is well known to the technical teams at SIFCO ASC and NHE, our sister company in the UK”
“Customer application R&D projects play a key role in the future growth plans for SIFCO ASC France and with significant engineering project management and R&D experience, Nicolas is an excellent fit with the future direction and goals of the business.”
For more information on SIFCO ASC France, visit: www.sifcoasc.fr
*The SIFCO ASC Process is a unique and portable plating method used to enhance, repair and refurbish localized areas on components.
Exceptional performance of Authorised SIFCO Partner recognised
Surface finishing company TSR, SIFCO ASC Authorised Partner in Poland, has delivered exceptional sales growth in their first twelve months of partnership.
To recognise this performance, Mark Cattle, Group Sales Director SIFCO ASC, awarded Adam Radziszewski, Managing Director TSR, with a Certificate of Performance. The presentation was made during TSR’s recent visit to SIFCO ASC UK and, at the same time, the SIFCO Authorised Partner agreement was renewed and extended for the next 2 years.
Mark Cattle commented: “We selected TSR as an Authorised Partner due to their technical ability and established contact base in a number of key industries including: oil & gas; power generation; aerospace and advanced engineering. I am delighted that our choice of Authorised Partner for Poland has been vindicated by TSR’s exceptional growth during our first year of partnership, underpinned by high levels of sales and marketing proactivity driven by Adam and by Malgorzata Kijowski, Marketing Manager. I look forward to continued success from our renewed agreement.”
Adam Radziszewski, Managing Director and founder of TSR said: “The SIFCO Process® is renowned and specified across many industries for its ability to enhance, repair or refurbish critical components. We are thrilled to have grown our SIFCO Process® business so rapidly during the first twelve months and I have been delighted with the training and sales support the SIFCO ASC team has provided to help us on our growth path.”
Automated selective plating takes off after SIFCO and Safran’s pioneering project
World leader in selective plating, SIFCO Applied Surface Concepts (ASC) has developed the first robotic selective plating station for landing gear for Safran Landing Systems in Gloucester.
Safran Landing Systems (formerly Messier-Bugatti-Dowty) is a world leading manufacturer of landing gear systems and has a focus on providing solutions which are not only reliable and robust, but increasingly weight efficient and environmentally responsible, providing overall value across an aircraft program.
Safran’s facility in Gloucester has been at the forefront of landing gear technology for over 80 years. Today, the 100,000 m2 site employs around 1,200 people and it’s core competencies include design, research, development, and testing, and systems integration together with a comprehensive, state-of-the-art production capability. It is here that they manufacture the landing gear for a number of the world’s leading commercial aircraft.
Demanding aerospace operating conditions present continual surface finishing challenges for manufacturers. Components need to be able to withstand friction, extreme temperatures and corrosive environments while continuing to operate at optimum levels. For Safran Landing Systems, one particular challenge came in the form of a landing gear bogie beam design.
Landing gear design includes a stop-pad between the bogie beam and vertical part of the component to prevent wear as it is retracted into the fuselage. However, this impact results in potential wear at the interface, with a further risk of atmospheric corrosion. A design modification was agreed involving the application of a nickel chrome electrolytic protective treatment.
SIFCO ASC has partnered Safran on various surface finishing projects for over 20 years including more recent work to increase wear resistance on one of the aircraft’s axles. These projects are carried out using the renowned SIFCO Process® – the leading method of electroplating localized areas on components without the use of an immersion electroplating tank.
Neil Kenyon, Process Group Manager, initially approached SIFCO ASC to investigate the potential of the SIFCO Process® as a solution for the nickel plating application. While it was advised that this could be solved by manually plating a layer of nickel underneath a layer of chrome on the section of the bogie beam affected by corrosion, Safran’s robust manufacturing quality standards required the process to be highly traceable and repeatable. SIFCO ASC’s UK team consulted its French specialist engineering R&D department. Following a full situation analysis, the team recommended the SIFCO Process® should be automated using a collaborative robot in order to adhere to Safran’s robust manufacturing standards. However, this had never been done before and would require significant engineering expertise. In order to achieve the results demanded by the aerospace specifications, the two teams embarked upon a collaborative research project.
Initial work began at the end of 2013. Safran tested the nickel material in its specialist facility under simulated take-off and landing conditions. Once it was confirmed that the material was suitable in early 2014, SIFCO began work on designing the robotic system. During this time, to fast-track the benefits of the SIFCO Process®, the plating was carried out manually.
The robot, now fully operational at Safran Landing System’s Gloucester facility, provides the company with a precise and highly traceable, repeatable and accurate process, well-suited to the hi-tech facility it sits within. The integrated computer logs all of the relevant information including: the parameters plated; the batch numbers for the solution; current densities and solution levels. The fully-automated system also adheres to the company’s health and safety policy as it minimizes human contact with harmful chemicals. It currently processes 30 bogie beams per month and the team is looking to expand its use into other areas of the company.
Consistent plating uniformity has been achieved using this process, standing up to the robustness of the necessary qualification testing.
The SIFCO Process® has since been specified into the manufacturing process of new landing gear to prolong the corrosion protection. It is also being rolled out into Safran Landing System’s Mexico facility where landing gear components are also manufactured.
SIFCO ASC to present on automated plating systems at SUR/FIN®
SIFCO Applied Surface Concepts (ASC), the world’s leading supplier of selective plating technology, will be presenting its automated plating systems at the SUR/FIN® Manufacturing & Technology Trade Show & Conference. The team will be exhibiting its automated system’s ability to improve production efficiency, increase process control and reduce costs in surface finishing operations.
With automation dominating industry agendas, the event provides SIFCO ASC the ideal platform to profile its innovative automation process. Derek Kilgore, SIFCO Mechanical Design and Project Engineer, has been selected to present at the Innovations Improving Technology Session on Wednesday, June 21.
The presentation will review the evolution of selective plating (electroplating localized areas on components without the use of an immersion tank) into an automated process. From, computer program control of voltage and time to a robotic arm used to move the electrode – SPC charts of the deposit properties measured on production parts using automation show that both stages resulted in substantially improved process capability. Through videos and case studies, Kilgore will demonstrate how attendees can achieve consistent quality, reduce production costs and optimize their operation through automated selective plating.
SIFCO Process® Automation can be tailored to operate within many production processes, and delivers accurate and controlled deposits with minimal operator involvement. By automating the process, SIFCO ASC has introduced an ideal alternative for manufacturers looking to enhance the surfaces of higher volume and complex geometry production components. The process also reduces costs by improving production efficiency, flexibility, coating quality and repeatability.
Lee Shelton, Managing Director at SIFCO ASC, said: ‘Automated solutions are playing an increasingly important role in enhancing the competitiveness of manufacturing and we are committed to contributing toward this momentum with our automated plating system.’
For further information about SIFCO ASC, please visit stand 840 or visit www.sifcoasc.com.
Study reveals industry barriers to phase out cadmium
best cadmium alternative
A new survey from global selective plating company, SIFCO Applied Surface Concepts (ASC) highlights aerospace specifications and prime’s requirements as the main barriers to the phase out of cadmium in the US aerospace industry, and suggests more clarity on the topic is still needed.
In recent years, there has been speculation that the US aerospace industry will phase out cadmium by 2023, however the survey from SIFCO ASC found that only 23% of respondents think they will actually be cadmium free within the next five years. What’s more, just under half of respondents performing corrosion protection touch-ups and repairs do not feel that they have the necessary resources to make an informed decision on a cadmium alternative. When asked why, 100% cited “lack of credible resources and documentation.”
SIFCO ASC provides both Cadmium LHE and Zinc-Nickel LHE touch-up kits to leading OEM and MRO companies in the field, and also works to find suitable alternatives for the future. Even though decades of research indicates that zinc-nickel can be a reliable alternative to cadmium in the aerospace sector, two thirds of respondents who plate cadmium cite aerospace specifications and prime’s requirements as their biggest barriers to phasing it out.
More than 50% of respondents who plate cadmium believe they have no other option for corrosion protection, as one stated, “We are dependent upon what the [original equipment] manufacturer specifies when it comes to corrosion resistant plating. Until the manufacturer allows alternatives, our hands are tied.” However, Scott Peterson, Training manager at SIFCO ASC, is already heavily involved in bringing a cadmium alternative to the OEM and MRO markets. He said: “What this survey really shows is that there is much hesitation across the industry on this topic. The majority of respondents who don’t think the deadline will be met say the reason is a lack of alternatives, but we believe that this highlights a need for more knowledge sharing and collaboration to provide the level of confidence needed to make the change.”
To aid the industry in sourcing credible, detailed and up-to-date research on cadmium and its alternatives, SIFCO ASC has created an online Cadmium Knowledge Hub where its technical experts will regularly share a variety of content on the topic such as manufacturer testing reports and academic research papers. The site also encourages any other professionals in the industry to submit their own findings in order to help the industry move forward on this issue.
Peterson added: “We are working with a number of leaders in the field and finding that zinc-nickel can even outperform cadmium in some instances. When used with the right conversion coating, the corrosion protection of zinc-nickel is even more impressive. The changes are happening in some areas but the industry needs to come together and share best practices so that cadmium can finally be phased out.”
To visit SIFCO ASC’s Cadmium Knowledge Hub, visit: www.sifcoasc.com/cadmium-knowledge-hub.
SIFCO ASC appoints Gruppo Gaser as Italian partner
Global selective plating company, SIFCO Applied Surface Concepts (ASC) is partnering with one of Italy’s leading specialists in the treatment of metal surfaces, Gruppo Gaser to grow the global footprint of its renowned SIFCO Process®* of selective plating.
With established European businesses in France and Sweden and partnerships in major manufacturing economies such as Germany, Austria, and Benelux, the expansion into Italy, Europe’s second largest manufacturer of engineering and metal goods, was the natural next step for SIFCO ASC.
Gruppo Gaser has five production locations across Italy in Rozzano (MI), Isola Vicentina (VI), Caravaggio (BG), Granarolo dell’Emilia (BO) and San Giuliano Milanese (MI) – all of which will ultimately provide the SIFCO Process®. The main application focus at the outset will be on silver plating and anodizing in the power generation and precision engineering industries.
SIFCO ASC has 7 facilities across the world and now has 7 Authorized Partners in Europe, and 24 globally.
As with all SIFCO Authorized Partners, the Gruppo Gaser team is already benefiting from a comprehensive training program enabling them to identify selective plating applications and deliver a consistent, high quality service to customers. Five of the company’s technical engineers recently visited the UK to complete a full induction program.
Gianni Franzosi, CEO at Gruppo Gaser commented: “Our engineers found their recent training in the UK extremely valuable and are already identifying opportunities in our current portfolio. We welcome the SIFCO Process® into Italy and look forward to working in partnership with the experienced team at SIFCO ASC.”
Mark Cattle, Group Sales Director at SIFCO ASC added: “Italy is known for its innovation in engineering and every day the SIFCO Process® is providing efficiencies for businesses across the world. With Gruppo Gaser’s established reputation in surface treatment and focus on the power generation and precision engineering sectors in particular, they are the obvious partner for us.”
For more information on SIFCO ASC, visit: www.sifcoasc.com
For more information on Gruppo Gaser, visit: www.gruppogaser.com/gaser-ossido-duro.html
*The SIFCO Process® is a unique and portable plating method used to enhance, repair and refurbish localized areas on components.
SIFCO ASC Receives Certificate of Product Design Assessment Confirmation by the American Bureau of Shipping
American Bureau of Shipping (ABS) Product Design Assessment (PDA)
SIFCO Applied Surface Concepts has received an American Bureau of Shipping (ABS) Product Design Assessment (PDA) for its SIFCO Process® of selective plating. This designation indicates that a technical evaluation of the SIFCO Process® has proven to be in accordance with the ABS Rules and specified, acceptable standards. An ABS PDA reduces the turnaround time for on-board surface finishing repairs and enhancements by verifying that the SIFCO Process® has already been evaluated and is suitable for use upon ABS-classified vessels.
The ABS has been setting standards for safety and excellence in the marine and offshore industries since 1862. With a team of 200 offices in 70 countries, the ABS along – with its partners – ensure that the marine and offshore energy industries can operate safely, securely, and responsibly.
Mark Meyer, North American Sales Manager states, “SIFCO is very pleased to have received our Product Design Assessment from the ABS. With our PDA, we can now take our experience and knowledge from the naval and military applications to the commercial fleet.”
SIFCO ASC is the creator of the SIFCO Process® – a unique and portable selective plating method used to enhance, repair and refurbish localized areas on components.
Selective plating plays a vital role in the Marine industry due to the significant time and cost savings it can offer in extending maintenance intervals and service life. While the process can be used in the shop to repair worn bearing journals and housings on small generators, pumps and fans; it can also be taken aboard the ship for in-place repairs of large, hard to move, components such as propeller shafts, bearing seats, and turbine casings.
The diversity of the process, deposits and applications have saved engineers thousands of dollars over the years by avoiding the expense of costly downtime, turnaround time and capital investment in new equipment.