網路研討會

重點總結：

• 探索徑向軸封在電動車 (EV) 牽引馬達應用中面臨的獨特挑戰
• 了解我們專為電動車牽引馬達設計的全系列徑向軸封產品系列，這些產品可根據不同的潤滑、轉速、動態負載等條件進行客製化
• 了解我們採用流體力學紋理的創新相位移波技術，是如何實現高效雙向流體回流

重點總結：

• D-Seal 可用於防止氣蝕損傷
• 其設計提升汽車應用效能
• 特瑞堡的材料如何滿足您的需求

本次網路研討會的主要內容：

• 了解腐蝕滲入與擴散所帶來的挑戰，以及為何這些問題對電池固定件與螺紋緊固件至關重要
• 認識 Rubore® 複合材料，其橡膠與金屬層強力結合，能提供有效密封，防止腐蝕進入電池外殼
• 了解特瑞堡如何同時確保樣品與量產的快速交期，以支援高效率的產品開發與製造流程

探索特瑞堡針對先進空中運輸（AAM） 所提供的多元產品與整體解決方案，涵蓋從座艙與內裝、熱管理系統到機體與結構等應用。

 

重點摘要：

• 了解多樣且完整的高性能聚合物材料與解決方案，如何在最嚴苛的環境下發揮最佳效能
• 探索是哪些關鍵因素使特瑞堡成為開發可通過認證飛行之 AAM 飛行器的理想合作夥伴
• 認識現有技術以及全新技術，如何加速 AAM 飛行器的開發進程

探索特瑞堡針對航太機上廚房（Galley）應用所提供的多元產品與整體解決方案，包含密封件、管材、防護罩以及客製化模壓零組件。

 

重點摘要：

• 深入了解特定機上廚房應用中的密封解決方案，並掌握相關的政府法規與材料合規要求
• 認識特瑞堡如何在應用設計與開發流程中提供全方位支援
• 加深對我們製造能力以及用於支援客戶的各項服務內容的理解

了解特瑞堡的聚合物材料應用能力，以及這些技術如何運用於飛機客艙中，以協助解決客戶在嚴苛條件下的各項應用需求。

• 認識特瑞堡在飛機客艙零組件方面所提供的完整聚合物製程能力，包含擠出成型的熱塑性材料與彈性體、射出成型熱塑性材料、彈性體墊片與密封件等多元解決方案
• 探索飛機客艙中所使用的各類聚合物材料，以及對應的加工製程方式
• 了解應用於飛機客艙之熱塑性與彈性體零組件所需符合的法規要求與主要客戶規範

深入了解特瑞堡的生產與設計能力，以及這些能力如何為機體製造帶來實質效益。

重點摘要：

• 探索特瑞堡所具備的各項能力與多元材料選擇
• 了解纖維強化密封件製造過程中的複雜性與相關製程
• 認識可製造性設計（ DFM）如何在不影響密封性能的前提下，有效降低產品成本

了解 Orkot® C620 如何突破複合材料技術的界限。此材料專為航太應用所需而設計與開發，能在長期服役條件下承受極高負載與應力，同時兼具高強度與輕量化特性，使其成為起落架應用的理想選擇。

重點摘要：

• 探索 Orkot® C620 如何減輕重量並提升整體效率
• 了解此材料如何強化系統與應用效能
• 比較 Orkot® C620 與其他複合材料及金屬軸承在性能上的差異

深入了解特瑞堡的模擬分析能力，以及這些能力如何確保產品與密封元件符合航太應用的嚴格需求。

• 了解密封件的模擬分析能力、材料特性鑑定與驗證測試，以及針對航太產品與應用的專屬技術能力
• 認識如何針對多元航太產品執行有限元素分析（FEA），涵蓋機體密封、引擎密封以及起落架用軸承等應用
• 了解模流分析如何透過製程模擬，確保高品質的客製化模製零件

Turcon® VL Seal® II 為 Turcon® VL Seal® 的升級版本，在密封性能、安裝便利性與可靠性方面皆有顯著提升。此新一代密封整合了獨特且具專利的回油（Back‑pumping）功能，可有效延長產品使用壽命。

 

• 了解 Turcon® VL Seal® II 的全新設計特點，以及此密封如何透過「終身密封（Sealed for life）」元件降低飛機維護需求
• 深入認識密封的回油性能及其對飛機減重所帶來的貢獻
• 了解安裝配置方式，以及串聯式密封系統（Tandem sealing system）如何進一步提升飛航安全性

深入了解 UHT 密封件（Ultra High Temperature Seals），此系列產品專為次世代引擎所面臨的高溫環境而設計與測試，可在極端溫度條件下實現更高的運作效率與可靠性。

重點摘要：

• 了解彈性體密封件如何持續進化，以滿足新一代飛機與引擎日益嚴苛的應用需求
• 認識高溫功能性負載測試相較於傳統靜態材料測試的重要性與價值
• 檢視完整的測試結果，驗證密封件在高溫負載條件下的實際性能表現，並了解如何在兼顧性能的同時，實現更輕量化設計與更低的系統成本

深入了解 Zurcon® Excluder® ESA - 一款專為飛機起落架應用所設計的聚氨酯防塵環。此產品可在寬廣的溫度範圍內有效防止污染物進入減震支柱下方軸承區域，確保系統長期可靠運作。

 

重點摘要：

• 了解 Zurcon® Excluder® ESA 的實際應用位置與使用方式
• 掌握目前航太產品整體產品組合，以及 Zurcon® Excluder® ESA 在其中的定位
• 深入探索產品的技術設計細節、測試結果與材料特性

重點摘要：

• 了解快速成長的氫能產業中，各式應用所帶來的獨特密封挑戰，以及特瑞堡密封系統 H₂Pro™ 產品系列如何有效因應並解決這些挑戰
• 深入認識特瑞堡密封系統如何透過開發專屬測試能力，克服產業中相關規範不足的限制，並在嚴苛且貼近實際應用的條件下完成材料驗證
• 探索持續擴展的 H₂Pro™ 驗證密封材料產品組合，完整涵蓋氫能生產、運輸與儲存，以及終端應用，相關內容已收錄於全新型錄，現已正式推出

了解特瑞堡的先進複合材料如何在嚴苛工況環境中，展現優於傳統短切纖維與熱固性複合材料的卓越表現，進而為能源應用提升效率、降低環境影響，並延長使用壽命。

重點摘要：

• 了解透過自動纖維鋪放（Automated Fiber Placement, AFP）進行選擇性補強的優勢，包括可實現複雜幾何形狀設計，以及因應特定負載需求的高度客製化能力
• 探討實際產業應用案例，包括用於低摩擦耐磨應用的複合材料軸承、提供結構強度的防護罩／屏蔽元件，以及需具備訊號穿透性的相關應用
• 了解高性能複合材料如何透過減輕重量、降低摩擦力、提升耐磨性並延長使用壽命，在能源應用中同時提升效率並降低環境影響

重點摘要：

• 探索全新 H₂Pro™ 經完整驗證的材料系列，其被設計專門用來因應整個氫能產業鏈中極具挑戰性的應用條件
• 了解兩款全新材料 Zurcon® H₂Pro™ ZLT 與 H₂Pro™ EBT25，這些材料專為高壓或低溫等嚴苛氫氣應用所開發
• 掌握今年內即將推出的更多 H₂Pro™ 材料研發藍圖與擴展計畫
• 透過本次研討會，直接與專家交流，深入討論你的氫能密封應用需求

探索 SealWelding™ 技術如何實現密封件就地更換（in‑situ），無需進行完整拆解，即可帶來顯著的時間與成本節省。

 

重點摘要：

• 了解 SealWelding™ 如何透過就地更換密封件來縮短停機時間，有效節省成本與維修時間
• 認識其作為一項永續解決方案：藉由降低資源消耗來減少環境衝擊
• 探索 SealWelding™ 如何讓現有設備得以導入創新的特瑞堡設計與材料，實現設備升級與性能提升

深入了解 XploR™ S‑Seal 與 XploR™ FS‑Seal 這兩款彈簧靜態密封件。此產品專為極端高壓環境而開發，可在石油與天然氣、化工製程以及化學品運輸等應用中，提供零洩漏的密封性能。

重點摘要：

• 探索全新 XploR™ S‑Seal 與 XploR™ FS‑Seal 如何透過簡化安裝流程並降低整體擁有成本（TCO），為你的應用帶來實際效益
• 了解這些密封件如何在高壓與高溫環境中，進一步提升關鍵系統的安全性
• 認識其彈性一體式密封設計如何優化密封表現，實現真正的無洩漏應用

了解輕量且高強度的熱塑性材料如何協助提升多元產業中電氣系統的效率與性能表現，應用領域涵蓋：航太、汽車與一般工業。

 

重點摘要：

• 了解熱塑性複合材料如何在電氣系統中提升效率與性能，其表現優於傳統熱固性複合材料與金屬結構
• 探索為何熱塑性複合材料的自動纖維鋪放（AFP）是製造複合材料結構的理想製程
• 理解為什麼這類複合材料特別適合作為電氣絕緣材料與 EMI 電磁干擾屏蔽應用

Key takeaways of this webinar:

• Discover WaterPro®, Trelleborg's IP-owned drinking water materials
• Learn about our three new EPDM compounds that meet all major global drinking water regulations, including KTW-BWGL, which goes into effect on March 1, 2025
• Benefit from excellent mechanical properties and outstanding compatibility with drinking water disinfectants chlorine and chloramine
• Explore how our materials can be molded through direct injection, making them ideal for high-volume automated production
• Learn about our engineering and manufacturing expertise in custom molded parts, including multicomponent parts and parts with unique geometries

Discover the revolutionary new elastomer sealing material, FoodPro® E75F1, that is compliant with the most comprehensive range of global food contact material regulations and is specifically engineered for universal use in Food & Beverage processing applications.

 

Key takeaways:

• Learn about the features and benefits of FoodPro® E75F1 and how this material saves time and costs in the food and beverage equipment manufacturing process
• Understand the molding capabilities of this material and the benefits multi-component parts in food and beverage processing
• Find out about the intensive testing process undertaken to prove this material’s compatibility with process and cleaning media used in CIP and SIP cleaning regimes

Key takeaways:

• Find out about the features and benefits of the FoodPro® EPDM family
• Discover how these materials save time and costs in the Food & Beverage equipment manufacturing process 
• Understand how we ensure our materials are compliant with regulations and the intensive testing process undertaken to prove compatibility

Key takeaways:

• Enhanced Durability: Learn how longer-lasting seals minimize downtime and extend maintenance intervals.
• Energy Efficiency: Discover how reduced friction helps cut down power consumption and lowers operational costs.
• Reliable Performance: Get insights into seals engineered for virtually zero leakage, high speeds, and harsh conditions.
• Proven Results: See testing data that validates superior performance under extreme conditions.

Key takeaways:

• Discover how Stefa® Mini Radial Shaft Seals enable smaller, lighter, and faster robots
• Understand their performance at high acceleration and deceleration speeds
• Learn how these seals help save energy in robot applications where efficiency is critical 

 

Key takeaways of this webinar:

• Get insights into our full range of rotary sealing solutions for pressures up to 20 MPa/2,900 psi
• Have a look at our unique capabilities to simulate and test special working conditions, customary to individual use cases (for example shaft centricity or pulsation of pressure)
• Convince yourself of our manufacturing quality: We hold ourselves to the highest standard by following a zero-defect approach as the threshold for our quality acceptability

Key takeaways:

• Find out the use cases where Nexus Face Seal improves lifetime and reduces operating costs
• Understand the mechanism behind its operation and how it can benefit your application
• See test data that proves its advantages and shows how it outperforms competitive products

This webinar takes an in-depth look at the unique Cassette Seal design for challenging environments. The unitized seal design improves the exclusion of contaminants and static sealing ability, while its advanced lip technology helps reduce friction and wear to lengthen seal life.

Watch this Webinar to learn:

• How the Trelleborg Cassette Seal CSL1500 is different than other seals available on the market
• How Trelleborg used the technology developed during the Cassette Seal CSL1500 development to improve their rotary designs.
• How outside-the-box thinking enabled Trelleborg to open a whole new market for cassette seals

See how Orkot® C620 pushes the boundaries of composite technology, specifically designed and developed to meet the requirements for a strong and light material to withstand high loads and stresses over a long service life in landing gear.

Key takeaways:

• Discover how Orkot® C620 can reduce weight and increase efficiency
• Learn how the material enhances performance
• Understand how it compares with other composite and metallic bearings

Discover our technology and manufacturing capabilities to develop cutting-edge PHE Gaskets. From injection molding to our dedicated Process Development Center, tool shop and automated laser cleaning. 

 

Key takeaways: 

• Deep dive into our materials and top-notch material grades
• Get an overview of our global capabilities comprising manufacturing, logistics and local technical customer support
• Get a sneak peek of our new advanced materials and processes being developed to increase performance and reduce the carbon footprint 
• Learn more about testing and quality management.

Key takeaways:

• Find out where to specify Forsheda® V-Ring to lower friction and reduce downtime
• Understand the design features that work together to make a better seal and their benefits to you
• See testing data related to wear and environmental conditions that prove its performance

Key takeaways:

• Learn about our comprehensive portfolio of flat gaskets and how these can boost application performance, reduce downtime and simplify maintenance processes
• Understand how we collaborate with customers to specify materials and develop designs to meet your unique flat sealing needs
• Find out about our package of tools to support customers with product specification, including the FlatSeal™ Selector and our FlatSeal™ Guides

Key takeaways:

• Understand Trelleborg’s innovative automated fiber placement bearing manufacturing process
• Discover the key benefits of these bearings, including high strength and durability with reduced weight and friction
• Learn about applications with case studies where HiMod® Advanced Composite Bearings are in use today

Find out about the unique iCast™ digital manufacturing process, an innovation in liquid silicone rubber (LSR) processing that is a cost-effective way to develop product variations or try out different design concepts.

 

Key takeaways:

• Gain an understanding of how iCast™ technology meets demand for low volumes to minimize the transition time from design to manufacturing
• See how digitalization and innovative manufacturing technologies are used to reduce the lead time for LSR products
• Learn how the parts produced compare to standard injection molded parts

Understand how working with Trelleborg Sealing Solutions as a development partner leads to customized high-performance polymer solutions that solve your engineering challenges.  

 

Key takeaways:

• How thermoplastic products can solve your engineering challenges
• Where our solutions can consolidate multiple parts, reduce weight, or improve strength
• Why thermoplastic materials offer advantages over more traditional materials

Learn about the manufacturing processes and benefits of multicomponent products at Trelleborg Sealing Solutions, including material combinations from engineered plastic, elastomer and Liquid Silicone Rubber (LSR).

 

Key takeaways:

 

• Explore the manufacturing technology behind multicomponent solutions and their key benefits
• Find out which material combinations are possible
• Discover our development center capabilities

Understand how thermoplastic composites are specified within the Automotive, Oil & Gas and Industrial markets, delivering quality and efficiency in a wide range of materials and designs.

Key takeaways:

• Review thermoplastic composite manufacturing, including in-situ consolidation via automated fiber placement (AFP)
• Discover the importance of thermoplastic composite use in e-mobility and downhole Oil & Gas applications
• Learn the commercial uses of advanced composite bearings

Explore how our advanced simulation capabilities help engineers optimize products in terms of performance and lifetime by testing designs virtually, speeding up qualification and cutting costs.

Key takeaways:

• Get accurate seal longevity data using our unique wear analysis, combining real-life data with powerful finite element analysis (FEA).
• Apply FEA-based simulation to predict other critical seal attributes like compression set, abrasive wear, and etching.
• Use these insights to guide material and design choices for your processes, speeding up qualification and cutting costs.
  
   

Discover how stiction affects productivity in semiconductor manufacturing, and how Trelleborg’s Seal-Glide® nanoscale surface treatment eliminates stiction as well as its short- & long-term performance.

 

Key takeaways:

• Understand how stiction can reduce productivity in semiconductor manufacturing in both static and dynamic applications
• Discover how stiction is measured and how it changes over increased number of cycles
• Find out how to eliminate stiction with Seal-Glide® and explore its short- & long-term performance

Explore how Trelleborg’s advanced simulation capabilities can significantly accelerate your design and qualification times and reduce your costs for semiconductor applications.

 

Key takeaways: 

• Discover how our unique compression set analysis based on real-life data fed into finite element analysis (FEA) tools provides you with more accurate seal 
• Find out how FEA-based simulation can be applied to analyze and predict other seal attributes, including viscoelasticity, abrasive wear and thermal effects
• Learn how you can benefit from FEA-based analysis to inform material and design choices for bespoke processes and applications

Discover the range of advanced manufacturing capabilities for Isolast®, Trelleborg’s proprietary portfolio of high-performance perfluoroelastomer materials that withstand extreme temperatures and harsh media.

 

Key takeaways:

• Learn about our innovative FFKM sealing solutions, beyond standard O-Rings
• Find out about our wide range of products – from tiny microseals to giant Fleximold™ parts
• Understand how we combine material, manufacturing and engineering capabilities to solve your most challenging applications

Understand how Finite Element Analysis (FEA) simulations can help when choosing the right material for semiconductor applications and how it can aid in predicting product lifetime.

Key takeaways:

• Why choosing the right elastomer sealing material is crucial to maintain vacuum integrity in semiconductor processes therefore keeping tool downtime to a minimum
• Explore our new polymer material range for semiconductor applications and their properties
• Discover specific Finite Elemental Analysis (FEA) capabilities to predict the lifetime of the sealing parts

Find out about the Isolast® K-Fab flange seal and how it gives long-term sealing and increased productivity in today’s most extreme Subfab conditions, lowering the overall cost of manufacturing of microchips.

 

Key takeaways: 

• Learn about the unique puzzle-shaped connection between the flange insert and elastomer element, making assembly of the flange easier 
• Find out how the Isolast® K-Fab flange seal contributes to significantly lowering the overall cost of manufacture of microchips  
• Hear about our range of solutions engineered for your critical Subfab applications  

Key takeaways:

• Learn about the features and benefits of the Isolast® PureFab® material range, and the characteristics of the different materials
• Discover how these materials save time and costs for semiconductor manufacturers
• Understand how Isolast® PureFab® materials extend seal life and prevent contamination, even in the most demanding semiconductor processes
• Find out about the intensive testing process undertaken to prove the performance of these materials, including plasma erosion tests in the most common process gases, long-term mechanical tests, and purity tests including trace metal analysis and outgassing

Understand the features and benefits of four best-in-class materials in the Isolast® PureFab™ range, specifically engineered to increase product yields and decrease process defects for critical semiconductor sealing applications.

 

Key takeaways:

• Learn about the market-leading features and benefits of the new Isolast® PureFab™ material range, and the intensive testing processes used to prove the materials performance
• Determine how extensive competitor benchmarking helps identify the best offering and reduces risk when qualifying new materials in highly sensitive environments
• Discover how this material saves time and costs for semiconductor manufacturers by extending seal life and preventing contamination

Discover how advanced extrusions, manufactured from high consistency rubber (HCR) silicone, can enable smaller, more intricate and more complicated medical devices.

Key takeaways:

• Get a better understanding of the trends in medical device design
• Find out the value of silicone polymers for medical devices
• Understand how our advanced extrusion technologies can benefit your medical devices, based on several case studies

In this webinar, we will:

• Introduce Trelleborg’s broad range of innovative capabilities targeted for single-use fluid path systems for the biopharmaceutical industry
• Demonstrate how we partner with biopharmaceutical OEMs starting with development of new products, to prototyping, and through to serial production
• Showcase our robust quality system tailored to standards of the biopharmaceutical industry

Discover how introducing active pharmaceuticals to silicone aids in the development of drug-eluting devices and implantable drug delivery systems to create innovative therapies for patients.

 

Key takeaways: 

• Understand market trends, the early uses of drug elution and expectations on the future
• Learn about excipient materials used as well as the manufacturing methods that can be employed
• Gain a detailed breakdown of multiple ways APIs can be introduced to silicone with case studies

Find out about how close cooperation with material suppliers can support medical device manufacturers with EU medical device regulation (MDR) 2017/745 compliance and testing.

Key takeaways:

• Gain an understanding about MDR material related requirements
• Learn how a partner-like approach helps you identify and fulfil these demands
• Understand requirements and solution approaches with Trelleborg experts

Attendees will gain a better understanding of rubber component design and manufacturing – from material selection to prototyping and production-ready mold technology.

 

Key takeaways:

• Examine Three Common Molding Processes
• Learn how Material Selection Impacts an Application’s Performance
• Discuss Design Features that Influence Product Development

Gain an understanding of multicomponent LSR molding and the importance of involving silicone component manufacturers early in the development process to aid in selecting the right design.

 

Key takeaways:

• Learn how multicomponent LSR technology can simplify application design and the assembly process
• Understand potential design challenges and how they can be averted using multicomponent molding
• Examine different methods of combining materials with injection molding