PR70

This series of products are widely used in optical communications, aerospace, petrochemical industry, automotive, medical and other fields.

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The Glass To Metal Seal Housing from our advanced manufacturing line is designed to be the ultimate hermetic enclosure for pressure vessels, refrigeration systems, and battery pack feedthroughs. This Glass To Metal Seal Housing combines a rugged metal shell with chemically strengthened glass windows, creating a compression-sealed interface that withstands internal pressures up to 20,000 psi. What sets our Glass To Metal Seal Housing apart is its modular design: you can order it with pre-installed pins, coaxial contacts, or even fiber-optic ports, all fused within the same glass matrix. The Glass To Metal Seal Housing is available in standard NPT, SAE, or metric thread configurations, allowing drop-in replacement for existing equipment without redesigning your mounting plate. For cryogenic applications down to -196°C, a specialized Inconel-based Glass To Metal Seal Housing maintains ductility and seal integrity, preventing brittle fracture that often plagues conventional feedthrough housings.

Thermal management is a key strength of our Glass To Metal Seal Housing. The glass-to-metal bond acts as a thermal bridge, dissipating heat from internal components while maintaining stable dielectric properties. Our Glass To Metal Seal Housing can be supplied with either borosilicate or alumina glass, depending on your coefficient of thermal expansion (CTE) matching needs. This flexibility ensures that every Glass To Metal Seal Housing experiences minimal interfacial stress during rapid temperature transients, eliminating seal fatigue over thousands of cycles. Additionally, we offer a low-profile version of the Glass To Metal Seal Housing with overall height under 6 mm, ideal for portable medical monitors and compact automotive sensors. Surface finishes include electroless nickel, gold, or tin plating, each chosen to enhance solderability, corrosion resistance, or RF grounding performance of the Glass To Metal Seal Housing in your specific environment.

Our production capabilities span from small-batch prototypes to high-volume runs of 50,000+ units per month, all while maintaining strict quality benchmarks for every Glass To Metal Seal Housing. We employ automated vision systems to inspect glass fill levels, pin straightness, and flange parallelism, ensuring that each Glass To Metal Seal Housing meets CPK ≥ 1.67. Environmental tests include 2,000-hour damp heat (85°C/85% RH), 1,000 thermal shocks, and 10⁸ vibration cycles per IEC 60068-2, validating the long-term durability of our Glass To Metal Seal Housing in real-world conditions. For emerging hydrogen fuel cell and EV battery applications, we can supply a ceramic-coated version of the Glass To Metal Seal Housing that resists hydrogen embrittlement and electrolyte creepage. With a responsive engineering team, we can customize the Glass To Metal Seal Housing to your exact bolt circle, pin diameter, and glass color (for visual inspection). Trust our Glass To Metal Seal Housing to eliminate leak paths, reduce maintenance downtime, and extend the service life of your equipment—because a truly hermetic system starts with the right Glass To Metal Seal Housing from the very first design phase.

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Why choose Yolanda?

Shanghai Yolanda New Material Co., Ltd. is a leading manufacturer of high-performance electronic components, leveraging deep expertise in advanced materials science to deliver innovative and reliable solutions.

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