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Roechling

Dallas,  NC 
United States
https://www.roechling.com/us/industrial
  • Booth: 2084

  Products

  • EtroX® High-Performance Materials
    The EtroX® material family was engineered to meet the demands of modern semiconductor testing and includes EtroX® V (ceramic-filled PEEK), EtroX® I CM (Polyimide) and EtroX® I CM UHT (ultra high temp Polyimide)....

  • All EtroX® products are suitable for machining high-precision test sockets with extremely small boreholes. These have a minimum diameter of 0.1 mm and are very well formed with minimal burr formation. These materials offer very high flexural modulus, high or excellent hardness, low water absorption, low residual stress, high dimensional stability, and excellent machinability.  

    EtroX® V (proprietary ceramic-filled PEEK) was developed for the high demands of the semiconductor industry and increases the reliability and economic efficiency of time-consuming and cost-intensive production of equipment for testing electronic components.  

    EtroX® I CM (Polyimide) is a premium material specially developed to meet the high demands of the semiconductor industry. As a pure polyimide, it withstands particularly high temperatures. This material can be used to design components that offer significant advantages over other thermoplastics. 

    EtroX® I CM UHT (Ultra-High Temperature Polyimide) offers the same exceptional characteristics of EtroX® I CM and additional temperature resilience, maintaining its mechanical properties at continuous operating temperatures up to 300°C.  

    Learn more about EtroX® materials and our lineup of products for the semiconductor industry here. 

    Stop by Booth #2084 to see samples of EtroX® V, I CM, and UHT, and to explore how Roechling materials can help power your next semiconductor project. 

  • Trovidur® EC-FR (PVC-U) FM 4910
    Trovidur® EC-FR is a flame-retardant, FM 4910-compliant PVC-U sheet material designed for cleanroom and semiconductor applications, offering high chemical resistance, bright white color, and excellent mechanical properties....

  • Trovidur® EC-FR FM 4910 is Roechling’s latest addition to its product line for cleanroom and semiconductor technology, offering a safe, high-performance material solution for sensitive applications. Now available in North America, this material meets the stringent FM 4910 standard for fire behavior and smoke development, making it ideal for use in semiconductor cleanrooms where safety and cleanliness are critical. Its bright white color aligns with industry expectations, and welding rod with matching formulation is also available for ease of fabrication. 

    Already widely used in applications like wet bench manufacturing, Trovidur® EC-FR combines excellent chemical resistance, stiffness, and impact strength with a high-quality surface finish. It is also easy to process, clean, weld, and bond, making it a versatile and reliable material for semiconductor and cleanroom environments. 

    Learn more about Trovidur® EC-FR and our lineup of products for the semiconductor industry here. 

    Stop by Booth #2084 to see samples of Trovidur® EC-FR FM 4910, and to explore how Roechling materials can help power your next semiconductor project. 

  • Polystone® PP-H (Polypropylene Homopolymer) White
    Polystone® PP-H White is a durable, chemically resistant, and easy-to-process plastic sheet ideal for semiconductor applications....

  • Polystone® PP-H White sheet features a high strength to weight ratio, excellent chemical and corrosion resistance, and zero moisture absorption. The material is easy to weld and process, making it ideal for semiconductor applications, including wet bench, fume hoods, and cleanroom components. It comes in a bright white color that meets industry standards and is protected with masking on both sides to preserve its surface finish. 

    Learn more about Polystone® PP-H and our lineup of products for the semiconductor industry here. 

    Stop by Booth #2084 to see samples of Polystone® PP-H and explore how Roechling materials can help power your next semiconductor project. 


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