MTFM1313-W12

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 is the cornerstone of any high-reliability feedthrough system, providing a permanent, gas-tight enclosure that protects electrical interconnects from environmental degradation. Engineered with precision-matched metals such as Kovar, 316L stainless steel, or titanium, and fused with high-purity borosilicate or alumina glass, this Glass To Metal Seal Housing achieves hermeticity levels below 1×10⁻⁹ atm cc/s helium, surpassing organic seals by orders of magnitude. Whether deployed in aerospace flight controllers, subsea robotics, or nuclear instrumentation, the Glass To Metal Seal Housing maintains structural stability across a broad temperature spectrum from -65°C to +500°C, while delivering insulation resistance exceeding 10¹⁴ Ω and dielectric strength up to 8 kV. Our Glass To Metal Seal Housing is available in circular, rectangular, and custom geometries, accommodating pin counts from 1 to 150+, with optional coaxial or high-power contacts integrated within the same glass matrix. Every Glass To Metal Seal Housing undergoes strict flatness control (≤0.015 mm) on mounting flanges, ensuring uniform compression and leak-free installation against bulkheads or manifolds.

Manufacturing excellence defines our Glass To Metal Seal Housing. We utilize state-of-the-art controlled-atmosphere furnaces with real-time temperature profiling, guaranteeing void-free glass fill and optimal wetting angles that eliminate micro-cracks and interfacial stress. This process yields a Glass To Metal Seal Housing that passes 500 thermal shock cycles from -55°C to +150°C and 2,000 hours of 85°C/85% RH biased humidity testing without performance degradation. For demanding oil and gas exploration, our Glass To Metal Seal Housing can be supplied with Inconel shells and ceramic-coated glass to resist hydrogen sulfide and high-pressure brine, while for medical implants, a titanium-based Glass To Metal Seal Housing offers biocompatibility and MRI compatibility. Surface finish options—including electroless nickel, gold, passivation, or tin plating—enhance corrosion resistance, solderability, or RF grounding performance of the Glass To Metal Seal Housing, depending on your application’s specific needs. We also offer low-profile variants under 5 mm height for portable electronics, as well as heavy-duty flanged versions with integrated O-ring grooves for vacuum chambers and pressure vessels.

Quality assurance is non-negotiable for every Glass To Metal Seal Housing we deliver. Each unit is subjected to 100% helium fine-leak testing, hipot and insulation resistance measurements, and dimensional verification via automated vision systems, ensuring Cpk ≥ 1.67 across all critical parameters. We provide full traceability documentation, including material certificates, furnace process logs, and test reports, with optional qualification to MIL-PRF-38534, ISO 13485, or aerospace standards. Customization is our strength: our engineering team can modify the Glass To Metal Seal Housing’s flange thickness, bolt circle pattern, pin diameter, or glass composition to precisely match your thermal expansion requirements and mechanical envelope. Rapid prototyping delivers sample Glass To Metal Seal Housing units within 10 working days, while high-volume production scales to 100,000+ pieces monthly with consistent repeatability. Backed by a comprehensive 5-year warranty and global technical support, our Glass To Metal Seal Housing eliminates field failures, reduces lifecycle costs, and ensures system safety in the harshest operating conditions. Choose our Glass To Metal Seal Housing as the permanent, reliable foundation for your hermetically sealed interconnects—because when failure is not an option, only a genuine Glass To Metal Seal Housing provides the uncompromising seal performance your mission-critical application deserves.

 

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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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