High-precision processes engineered for RF, Twinax, and high-speed applications.
Our high and low temperature extrusion capabilities open a broad spectrum of material options, giving customers greater flexibility when designing custom cable solutions.
We produce precision-foamed and solid dielectrics with high process control, delivering consistent results for high-frequency performance.
Our flat wire and foil wrapping with precise control offers a high degree of signal integrity for RF coax and Twinax applications.
Our ePTFE tape wrapping process produces uniform dielectric layers with excellent electrical stability and mechanical flexibility, ideal for precision low loss RF coax designs.
Our dielectric twinning process provides consistent twist lay for Shielded Twisted Pairs, enabling stable performance for high-speed differential systems.
Our dielectric bonding process fuses two precision-extruded cores into a unified structure, creating the consistent geometries required for high-performance Twinax cables.
Our high-coverage round-wire braiding offers superior EMI shielding and mechanical flexibility, fully customizable to meet specific flex and loss requirements.
Our serving process applies highly flexible shielding efficiently. Serving can be combined with braiding or other product geometries, offering fully customizable shielding and construction options for each cable application.
We provide durable jacket extrusions in a variety of polymers, balancing mechanical protection, chemical resistance, and flexibility to meet virtually all performance and environmental operating requirements.
Our jacket wrapping process applies Al-PET and similar heat-bonding films, an efficient alternative to full jacket extrusion that delivers protection for Twinax designs where cost is a key consideration.
Comprehensive electrical validation for single-ended and differential cable systems up to 67 GHz, supported by automated reporting and full lot traceability.
Full mechanical and environmental validation designed to ensure durability, stability, and long-term performance under demanding conditions.
