Trelleborg Supports Engineers Developing Drug-eluting Devices

Trelleborg Supports Engineers Developing Drug-eluting Devices

Trelleborg Sealing Solutions releases two whitepapers focused on the combination of silicone with Active Pharmaceutical Ingredients (API) that will support healthcare & medical device engineers and designers involved in the development of drug-eluting devices.

Drew Gaillard, Global Director Healthcare & Medical for Trelleborg Sealing Solutions, says: “The Healthcare market is driven by trends such as an aging population, increasing chronic disease, and global healthcare concerns related to obesity, diabetes and infectious diseases.

HM Whitepaper Drug Eluting Devices

With these trends comes other struggles for the medical community, such as an increase in catheter associated infections or the challenge of ensuring patient compliance with their medications. These trends and challenges have in turn led to the rapid innovation in drug device combination products, in particular those that elute regular, controlled doses of drugs precisely and consistently to a treatment area.”

Drug-eluting devices can be produced in and by a variety of materials and processes. One of the most successful materials in the design and production of combination products, in particular implantable ones, is silicone.

Gaillard continues: “Trelleborg Sealing Solutions is at the forefront of silicone drug-eluting product innovation and has studied the different methods of combining silicone with an API. The results of testing on the immersion method are now available to engineers and designers working in the healthcare & medical field.”

In the whitepaper Supporting the Advancement of Drug-Eluting Devices, two methods of adding Active Pharmaceutical Ingredients (API) to silicone, the addition of API to raw silicone and the impregnation of vulcanized silicone with API by immersion, are discussed.

The traditional method of adding API to uncured silicone is proven and effective. However, it is limited to API that are resistant to a vulcanization process and exposure to heat. A newer method of impregnation of vulcanized silicone by API, potentially broadens the APIs that can be used in drug-eluting silicone devices. This whitepaper presents test results that prove the effectiveness of this method, potentially opening drug-eluting devices to delivery of a wider range of API.

The second whitepaper, Fighting Hospital Acquired Infection, focuses on Healthcare-Associated Infections (HAI). Although combatting hospital-acquired infections has been a focus for the medical community, they still remain a significant issue. In particular, catheter-associated infections are difficult to prevent due to a catheter’s inherent positioning: part in and part out of the body.

Silicone is often used for the catheter tubes and though the material is biocompatible and biostable, it is not immune to bacterial colonization. Techniques exist that can reduce this colonization including coating, addition of antibiotic API to raw silicone and the impregnation of vulcanized silicone with API through immersion. In this whitepaper the three techniques are evaluated and Trelleborg shares its results from an effectiveness study of the impregnation methodology.

The two whitepapers, Supporting the Advancement of Drug-Eluting Devices and Fighting Hospital Acquired Infection, are the latest additions to the Trelleborg Sealing Solutions technical area that contains valuable resources for the engineer and designer. Registration and access to all resources is free. Go to http://www.trelleborg-lifesciences.com for further information and to download the whitepapers.

Nano Scale Seal-Glide Coating

Nano Scale Seal-Glide Coating

Seal-Glide®, an innovative surface treatment from Trelleborg Sealing Solutions, significantly improves friction and stick-slip properties of elastomer seals while having little or no effect on the performance of the compounds the seals are made from. The coating is just a few hundred nanometers, ten to 50 times less than typical coating thicknesses. Even though it is so thin, the coating significantly reduces the friction coefficient of elastomer seals and improves their stick-slip properties considerably, facilitating effective automated assembly.

Nano Scale Seal-Glide Coating

Seal-Glide® is suited for coating classic O-Rings and complex molded parts for a wide range of applications and is available in two versions: Seal-Glide® Nano for automotive and industrial uses and Seal-Glide® Medical. Typically Seal-Glide® coatings are less than 450 nanometers. It therefore imparts the benefits of a surface coating, without affecting the bulk properties of the seals. As a result, the original elastic properties of the elastomers are virtually unaltered but the seals have a higher service life due to reduced wear when in motion or on start-up.

Andreas Schmiedel, Technical Manager for Healthcare and Medical in Europe at Trelleborg Sealing Solutions, says: “The Seal-Glide® Medical coating is ideal for use in healthcare and medical applications as the new process has a very high level of stability. This makes it resistant against sterilization with gamma radiation, ethylene oxide and hot steam, which is essential for the multiple use of medical devices, valves or syringes.

“To this end, the coating process satisfies the strict requirements for medical, bio-technology and pharmaceutical applications as prescribed by the authorities such as the American FDA (Food and Drug Administration) or European standards such as DIN EN ISO 10993 for the biological evaluation of medical devices.”

In automotive or industrial applications, Seal-Glide® Nano gives distinct advantages in high volume automated assembly lines.

Gordon Micallef, Operations Director at Trelleborg Sealing Solutions in Malta, where Seal-Glide® Nano was developed, says: “The strong surface tackiness of elastomer seals is an inherent property, which can cause issues such as the creation of high assembly forces, disruptions in automatic assembly lines as well as reduced performance in dynamic applications.

“On many assembly lines, overall speed is limited by the elastomer parts feed rate. Due to the reduction in co-efficient of friction, the use of the Seal-Glide® Nano coating will result in significant efficiency gains, by considerably improving the feed rate in automatic assembly lines.”

Elastomers without a surface treatment tend to stick, either to each other during automatic assembly or to counter surfaces in dynamic use. A particular issue is after periods of rest, when due to an elastomer’s inherent stickiness, there can be a stick-slip-effect. In this, the elastomer seal sticks to its counterpart and when moved elastomer is pulled off the seal reducing seal life. In addition, extra energy is required to move the seal from a stationary position.

This stick-slip effect can be minimized or even virtually eradicated through effective surface treatment of a seal. This is also important in healthcare and medical applications.

Schmiedel continues: “When coated, O-Rings or complex molded parts can be installed more easily and securely in components due to better separation of the seals. Using the friction-reducing coating, the components can be assembled smoothly and without damage so that the entire assembly process is completed simply and securely. Feed issues are minimized, reducing the probability of production stops.”

Another advantage of Seal-Glide® is that due to its thinness, the coating has a high level of transparency and does not cover the original color of the elastomer. The color of seals can play a central role in assembly. O-Rings are mostly black, but are often dyed in order to visually highlight differences in composition, diameter, thickness or positioning within a component. With our innovative coating, this color coding is retained, even after the coating.

Seal-Glide® is suitable for many types of elastomer and thermoplastic seal material types. These include LSR (Liquid Silicone Rubber), Ethylene Propylene Diene Monomer Rubber (EPDM), Fluorocarbon (FKM), Fluorosilicone (FVMQ), Nitrile Butadine rubber (NBR), Hydrogenated Nitrile Butadiene Rubber (HNBR), Ethylene Acrylate Rubber (AEM), and silicone rubber (VMQ) as well as thermoplastic polyurethane (TPU).

TRELLEBORG UNVEILS PIONEERING ROTARY WING AIRCRAFT SEAL

TRELLEBORG UNVEILS PIONEERING ROTARY WING AIRCRAFT SEAL

Trelleborg Sealing Solutions unveils a pioneering product that could “radically improve the reliability” of rotary wing aircraft.

Turcon

The Turcon® Varilip® PDR RT rotary shaft seal, which has already been proven to out perform other similar seal products, was developed to meet the ever-growing demand to provide seal integrity at increasingly higher rotational wing speeds.

Torben Andersen, Trelleborg Sealing Solutions Director of Aerospace, said: “This project started several years ago, when we wanted to find a seal that would provide a better performance at very high speeds, specifically for rotary wing aircraft.

“We knew that at high surface speeds, ensuring that essential lubrication is maintained was a major challenge and any leakage would compromise the operation of the aircraft. That’s why designing a seal that out performs anything that’s currently out there was so vital.”

During the development of the Turcon® Varilip® PDR RT rotary shaft seal, Trelleborg designed and commissioned bespoke high speed test equipment capable of running at speeds of up to 24,000 rpm and a test programme that closely followed the way rotary wing aircraft gearboxes work. This allowed developers to ensure that the seal met highly demanding application requirements. The team experimented with a number of different lip materials, marrying them to various seal designs and investigating the best lip geometries and lip features to select the correct profile and material.

Torben added: “This is a breakthrough. We’ve developed a process that facilitates a seal with less torque, friction and heat to reduce maintenance; one that will radically improve the reliability and boost the performance of rotary wing aircrafts.

“Though initially designed for this specific application, the work we’ve done shows that it also lends itself to other applications that require high speed rotary performance. We’re already generating interest from designers of electromechanical actuators and from a wide range of other market segments.

“For many years there has been a standard version of the Turcon® Varilip® PDR – but this new seal operates effectively with less power and is therefore more efficient. We’ve optimised the design so it can run on a range of surface finishes and coatings, including ceramics.”

Using Trelleborg’s bespoke testing equipment, the Turcon® Varilip® PDR RT rotary shaft seal has undergone more than 20,000 hours of endurance testing with latest designs operating at 3,500 hours leak free.

To see our range of aerospace seals go to here

Trelleborg Focuses on Accelerating Technological Breakthroughs at its Expanded R&D Center

Trelleborg Focuses on Accelerating Technological Breakthroughs at its Expanded R&D Center

Trelleborg Sealing Solutions has extended its research and development capabilities at its headquarters in Stuttgart, Germany. Housed at the new Trelleborg Sealing Solutions Innovation Center, the facility is a critical element in the business area’s global R&D network.

Trelleborg new Innovation Center

Substantial investment in the Innovation Center has seen usable space for R&D increased by 50%, to around 3,000 square meters, including a 300 square meter showroom area dedicated to the department and demonstrating R&D and product innovation capabilities.

Prof. Dr. Konrad Saur, Director Global R&D at Trelleborg Sealing Solutions, says: “Innovation is not only about new products and materials, but advancements in analytical and technical capabilities to support problem resolution and to accelerate technological breakthroughs.”

The new Trelleborg Sealing Solutions Innovation Center in Stuttgart will host laboratories with the latest analytical equipment and measurement centers, next to innovation and prototype facilities, as well as a major test area with a fully equipped tool room and a materials laboratory. The capabilities will range from standard mechanical testing to material analytics, including Thermal Gravimetric Analysis (TGA), Digital Scanning Calorimetry (DSC) and Fourier Transform Infrared (FTIR) spectroscopy, to a highly advanced high-resolution Scanning Electron Microscope (SEM) with an Energy Dispersive X-ray (EDX).

Saur continues: “With such capabilities working in combination, complex problems can be assessed and brought to resolution rapidly. No time is lost shipping samples from lab to lab, turnaround times and iterative assessment are enabled as cross-functional competencies work directly together. These capabilities support material and product development efforts, fundamental research of sealing designs and interactions in sealing systems, as well as root cause and failure analysis in production and from the field.

“Customer and field problems resolution is one key service expectation we have. With the new and integrated capabilities in our Innovation Center, Trelleborg Sealing Solutions will continue to make major steps in exceeding our customers’ expectations. Competence counts particularly when it comes to problem resolution and we intend to be there for our customers -always.”

The new Innovation Center is also home to the Trelleborg Sealing Solutions global headquarters, its German headquarters and various global support departments for the business area. Personnel have begun moving into the Innovation Center and its official opening is planned for September 2018.

 

Trelleborg Keeps Robots on the Move

Trelleborg Sealing Solutions has worked with leading robotic equipment manufacturers since the first inception of the technology back in the 1960s. Since then, the company has become one of the leading suppliers of sealing solutions for the servomechanism, hydraulic and pneumatic systems that power the movement of robots. To illustrate its capabilities, Trelleborg Sealing Solutions is launching a video and augmented reality brochure.

Robotics film

These systems, with complex configurations of seals, are fundamental to the function of robotic equipment. Solutions are required to operate 24-7 with the minimum of downtime, either planned or unplanned. Specific sealing solutions are required that demonstrate outstanding friction capabilities to extend seal life, minimize wear and facilitate smooth and constant movement.

Yoichi Higuchi, who heads up the Robotics lead group at Trelleborg Sealing Solutions, says: “Robots are revolutionizing the way that our products are manufactured, how we look after our homes and procedures in hospitals, for instance. They are becoming critical to our everyday lives and the applications for high-tech appliances are increasing exponentially.

“The robotics market is expected to boom. According to Transparency Market Research the global market is likely to see growth of around 17% to reach revenues of 147 Billion by 2025. When you consider that every robot that has moving ‘arms’ needs a servomechanism, hydraulic or pneumatic system to control them, requirements for seals are going to be huge and continually become ever more challenging.

“In addition to increasing volume demands, there is a need for maximized performance. And ensuring this is becoming even tougher for component suppliers as robots become more sophisticated, size-optimized, faster, stronger and smarter.”

Trelleborg Sealing Solutions supplies seals to numerous types of robots, including robots for industrial, medical, construction, disaster recovery, probe, surveillance, household, entertainment, drone and personal mobility applications. The video and brochure on robotics from Trelleborg Sealing Solutions explores a variety of typical robot applications and proven sealing solutions.

Go to the Video

Go to the Augmented Reality brochure

To view the AR brochure an app is required. This can be found in the Goggle and iOS Stores by searching for Trelleborg Robotics or scan the QR code.

 

New In the Groove Magazine Available

New In the Groove Magazine Available.

The latest edition of in the groove, the Trelleborg Sealing Solutions magazine aimed at engineers, is now available. The app version contains additional content and printed copies can be ordered from your local Trelleborg Sealing Solutions marketing company.

ITG Magazine

This issue includes:

  • Minimum Friction – Maximum Performance – Nano-scale surface coatings significantly improve friction and stick-slip properties.
  • At the Heart of the Matter – Drew Rogers, Global Director Healthcare & Medical for Trelleborg Sealing Solutions gives his opinions on the current market and developing Trelleborg’s offering to customers.
  • Big Data goes Smart – Plamen Kiradjiev, the joint head of the Industrie 4.0 Data Innovation Community, explains how Germany’s Smart Data innovation Lab focuses on digital manufacturing strategies to extract Smart Data.
  • Sealing Solutions for Robotics Applications – See where Trelleborg solutions help robots do their jobs more effectively.
  • How Global is Your Local Seal Supplier? – Meet Luis Cuevas, Senior Sales Engineer in Mexico City, Mexico.
  • Building on Past Success – Peter Hahn talks about his new role as President of Trelleborg Sealing Solutions.
  • Take a PEEK at a New Process – A new cost-effective manufacturing process for large diameter products.
  • HiMod® Slydring® HC –A new product offers Trelleborg quality at a competitive price point.

To read all the articles, visit the in the groove magazine website to get the latest news and trends in the world of seals. You can also keep up to date on the interactive in the groove app for iPad, which can be found by searching for “Trelleborg” in the app store.

Trelleborg Seeks to Connect its Past with its Future at OTC 2018

Trelleborg is excited to start the celebration of 50 years of the Offshore Technology Conference (OTC) at this year’s exhibition and the Group’s 45 years of participation at the event. Trelleborg’s stand theme this year is ‘Going the Distance: Connecting our past to the future’, and it will launch a timeline that includes firsts from the oil & gas industry, OTC, and Trelleborg.

OTC 2018

On this journey through time, Trelleborg visits historical moments that can be looked back on to gain insights into what the future of the offshore industry could be and how it can be shaped for coming generations. Trelleborg is looking forward to more smart products incorporating the Internet of Things (IoT), digital service tools and an increase in the ease of doing business and communications for its customers and employees.

Trelleborg invites OTC attendees to visit its stand, number 3227, to share past, present and future industry moments that they think are important for the timeline, allowing them to take the opportunity to define industry moments! These moments can be from the visitors’ companies, a favorite memorable industry moment, perhaps the first time they attended OTC, or their thoughts on key developments for the future of the offshore industry.

Within the timeline, Trelleborg will demonstrate some of the ways in which its innovative solutions improve safety, optimize productivity, and help to retain competitiveness as barrel prices continue to recover. These include the following:

Drill Riser Augmented Designs

As an augmentation to traditional drill riser buoyancy modules that provide critical uplift to marine risers, Helically Grooved Buoyancy significantly reduces drag and flow-induced motion. Validation test results indicate that the performance is equivalent to fairings, but at a fraction of the total operational cost.

Antony Croston, Business Group Director with Trelleborg’s offshore operation in Houston, says: “We reached a major milestone last year when testing results revealed that, when using the patented helically grooved buoyancy design, vortex induced vibration is effectively eliminated in high currents, with the added bonus that drag loading on the riser is also reduced to a level comparable with fairings.

“For many years, fairings have been accepted as the best technical solution for drag and VIV reduction on drilling risers. Their use has come with an operational penalty in the form of increased running and retrieval time, as well as handling issues, especially in harsh weather. We now have an integral concept, which has been proven to match the performance of fairings, without any issues in drilling riser handling and running methodologies.”

Critical Customization of Seals

Eric Bucci, Trelleborg Sealing Solutions Segment Manager Oil & Gas Americas, says: “Maximizing the yield from wells is a high priority for operators. Therefore, accessing unconventional wells, those previously believed to be too deep for existing capabilities, is now being more frequently undertaken. This means processing technology must be able to withstand high fluid pressures while subjected to very high temperature conditions, often coined HPHT.”

Trelleborg Sealing Solutions will be highlighting a new customizable Metal End Cap (MEC) seal engineered for safety and reliability in critical static HPHT wellhead, tubing and casing hanger sealing environments. The metallic components within the seal are chemically bonded to the elastomer sealing element and provide a high level of extrusion resistance and metal-to-metal contact against the hardware. The elastomer sealing element also provides leak tightness against sub-optimal tubing surface finishes and it conforms to NORSOK, NACE, API and Total standards.

Bucci, continues: “We work with our customers to provide a great portfolio of materials and matching the best option to an application can optimize performance and safety. Experts will be on-stand at OTC to discuss visitors’ specific sealing applications.”

Commitment to Innovation in Hoses

Cryoline LNG hoses have been specially developed to address pressing infrastructure challenges in the LNG market. While LNG demand is growing, the cost of developing extensive and conventional transfer infrastructure may reduce or negate feasibility of power generation, terminal and bunkering projects. Infrastructure needs to move quickly to meet demand, and at the same time, ensure that projects are economically feasible, and sustainable in the long term.

Vincent Lagarrigue, Director of Trelleborg’s oil & marine hoses operations states, “Trelleborg cryogenic hoses can create turnkey projects that drastically reduce the capex and environmental impact of LNG import infrastructure. They also open up new locations to ship-to-shore and ship-to-ship transfer, even in challenging weather conditions. This technology was put to the test in October 2017, when it was used in the first sea launch of the Universal Transfer System (UTS), developed with Connect LNG and Gas Natural Fenosa. The success of this launch demonstrated the vast potential of floating cryogenic hoses for unlocking new infrastructure possibilities. These hoses use Trelleborg’s dual carcass design and integrated monitoring systems to minimize boil-off and ensure safety.

“Our Reeline hoses demonstrate how our commitment to innovation in oil transfer solutions underpins maximum operability, lifecycle and safety. Reeline hoses use Trelleborg’s unique nippleless hose technology to create a flexible bonded oil hose that is specially designed for reeling operations, increasing ease of installation, optimizing opex and freeing up valuable space on deck for offshore operations. They incorporate Trelleborg’s dual-carcass structure to ensure safety and long service life, even in the harshest conditions.”

Knowledge Sharing at OTC

Trelleborg is committed to sharing its knowledge with the industry and welcomes the opportunity to speak at industry events such as OTC. Sharing such knowledge is vital for the future of the industry because the discussions and presentations allow the industry and its community to learn from its mistakes and builds on its successes. This year, Trelleborg will be presenting three technical papers during the conference.

Vincent Lagarrigue will be presenting a technical paper titled “Re-Shaping LNG Transfer” on Monday April 30 at 14:00 in room 602 as part of the session on FLNG and Gas Monetization – Innovative Processing and Design.

Collin Gaskill, Product Development Engineer with Trelleborg’s offshore operation will be presenting two technical papers at the conference. The first is titled “VIV-Mitigating Buoyancy Module Performance Characterization Using Computational Fluid Dynamics” on Wednesday, May 2 at 09:30 in room 600 as part of the session on Applications of Computational Fluid Dynamics in Offshore Engineering.

The second technical paper is titled “Technology Qualification of Deepwater Transport Shuttle Adjustable Buoyancy System” which Collin will present on Wednesday, May 2 at 14:00 in room 600 as part of the session on Metocean Advances.

IoT: the Next Big Thing

Looking to the future, the Internet of Things and smart products are undoubtedly going to be the next revolution in the oil and gas industry and Trelleborg aim to be at the forefront of developments in this area.

Antony Croston, says: “The Internet of Things has the potential to transform the way people and businesses operate. As an industry, we acquire vast amounts of data, but we need to overcome the key challenges of empowering that data and transmitting it to truly unlock this potential. When we achieve this, we can use the information in real time and make effective decisions based on it. When we discuss the Internet of Things and machines talking to each other, being an intelligent system, I think that is quite a distance away for offshore oil and gas, however, it is undoubtedly where we are headed.”

OTC Houston 2017

Trelleborg will exhibit its range of innovative offshore solutions at OTC Houston 2018 in hall C on stand 3227. Products are designed with quality, performance and efficiency front of mind and include high performance buoyancy, insulation, passive fire protection, sealing solutions and hoses.

The Best Free of Charge On-line E-learning on Seals on the Web

Take advantage of the latest e-learning modules and tools available from Trelleborg
Trelleborg Sealing Solutions prides itself on its experience and knowledge of sealing technology and applications in a wide variety of industries, from aerospace to healthcare and medical, oil and gas to automotive.

e-Learining visual web

Focusing on accelerating the performance of its customers, Trelleborg Sealing Solutions shares its expertise with engineers, designers and students through a variety of e-learning modules. Recently extended, the e-learning portfolio represents the most extensive learning package offered by any sealing supplier, online and completely free of charge.

Robert Zahiri, Director Global Marketing and Communications for Trelleborg Sealing Solutions, says: “Our e-learning modules range from the basics of sealing technology for everyone, through to more complex areas specifically for design engineers. Not forgetting of course students; the engineers of the future. In addition, they offer hands-on practical advice such as seal installation instructions.

“We’ve made the modules totally free-of-charge for anyone to access on our website. All that is required is a simple registration. Registering on our website has real benefits. Users can also gain access to premium offerings such as our tools, apps and the technical area that includes whitepapers, also all free-of-charge.”
Currently the e-learning lessons available on the Trelleborg Sealing Solutions website are on sealing materials, O-Rings, hydraulic seals, rotary seals and engineered molded parts, as well as instructions for installation of various seals.

Registration to the Members Area of the Trelleborg Sealing Solutions website also gives access to online tools such the O-Ring Calculator and Sealing Solutions Configurator, the Materials Search, Compatibility Check, mobile tools and apps including the renowned Unit Converter, and the Technical Library.

Browse what is available on our website:

>>E-Learning
>>Design support and engineering tools
>>Mobile tools and apps
>>Technical library

Trelleborg Announces Expansion of HiMod Slydring Wear Ring Range (Available in the Americas)

High-quality wear rings offer one-stop shopping for hydraulic cylinder manufacturers.

STREAMWOOD, IL — January 16, 2018 — Trelleborg Sealing Solutions announces an expansion of its HiMod® Slydring® HC wear ring range. It is introducing over 180 additional part numbers in outer diameters from 1 to 12 inches. The enhanced range becomes available early 2018, serving various fluid power applications including off-highway, material handling, industrial machines, mobile hydraulics, agricultural equipment, and other industries.

Tom Zozokos, Engineering and Product Manager at Trelleborg Sealing Solutions, says: “Trelleborg’s expertise with injection molding means that HiMod® Slydring® HC wear rings have been engineered to meet the demanding requirements of hydraulic applications.”

HiMod® refers to a range of high-modulus plastic materials developed internally for applications demanding high wear and chemical resistance performance. The configuration of the HiMod® Slydring® HC absorbs transverse forces and prevents metal-to-metal contact between components.

Beth Figliulo, Fluid Power Segment Manager at Trelleborg Sealing Solutions says: “HC wear rings deliver reliable performance and offer our customers a chance to experience Trelleborg quality at a great price point.”

HiMod® Slydring® HC rings are ideal for use in a variety of operational conditions. They have high compressive strength and wear resistance even at elevated temperatures, provide low friction performance in lubricated settings, and are easy to install due to their simple closed-grooved design. The wear rings also eliminate local stress concentrations, fretting, and seizure, while damping mechanical vibrations and protecting against dieseling and hydrodynamic pressure problems.

The consistent parts quality and performance of HiMod® Slydring® HC wear rings mean faster installations and increased wear life between changeovers, making these products ideal for manufacturers of hydraulic cylinders. This extended range is a strong complement to Trelleborg’s other fluid power sealing products, giving customers one-stop shopping when it comes to ordering complete sealing systems.

HiMod® Slydring® HC (Inch Version) available in the Americas

Trelleborg Sealing Solutions has enhanced its range of HiMod® Slydring® wear rings with the introduction of HiMod Slydring HC. Adding over 180 additional part numbers, Trelleborg Sealing Solutions is a one-stop shop for hydraulic cylinder manufacturers, delivering quality products and reliable performance.

HiMod® Slydring® HC (Inch Version)

The new HiMod Slydring HC wear rings are suitable for various fluid power applications including off-highway, material handling, industrial machines, mobile hydraulics, agricultural equipment, and other industries.

For use in a variety of operational conditions, HiMod® Slydring® HC have high compressive strength and wear resistance even at elevated temperatures, providing low friction performance in lubricated conditions. The wear rings are easy to install due to their simple closed-grooved design and eliminate local stress concentrations, fretting, and seizure, while damping mechanical vibrations and protecting against dieseling and hydrodynamic pressure problems.

For further details, please download the HiMod® Slydring® HC (Inch Version) data sheet.