Specialized aluminum alloy 6061-T6 housings for high-reliability sensor encapsulation.
Advanced structural parts designed for the US industrial equipment sector.
Critical for radar and satellite communication systems across North America.
Optimized for thermal dissipation and EMI shielding in server environments.
The United States aluminum shell and housing market is currently undergoing a massive transformation driven by the resurgence of domestic manufacturing and the rapid expansion of 5G infrastructure. As a leading supplier, we recognize that US clients in the Midwest manufacturing belt and Silicon Valley tech hubs demand more than just a part; they require a partnership rooted in technical superiority and supply chain resilience.
In the US, Aluminum Shell Factories are increasingly pivoting toward sustainable alloys and high-speed CNC machining to meet the rigorous standards of the aerospace (AS9100 baseline) and medical device sectors. Xinyunyang Precision Technology bridges the gap between global manufacturing efficiency and the specific compliance needs of the American market, ensuring that every Kovar or Aluminum shell meets localized performance metrics.
Founded in November 2014, Xinyunyang Precision Technology Co., Ltd. has established itself as a cornerstone in the global precision processing industry. We are not just an Aluminum Shell Supplier; we are innovators specializing in Kovar precision processing.
Our philosophy is built on four pillars: Integrity, Innovation, Cooperation, and Sharing. For our US clients, this means transparent communication and a commitment to solving the most complex thermal management and structural challenges.
High-precision processing capability (Sub-micron levels)Advanced Swiss-type CNC and 5-axis machining centersRigorous QC with CMM and X-ray inspectionFlexible DFM (Design for Manufacturing) support
As the US CHIPS Act fuels domestic growth, our Kovar alloy and aluminum shells provide the essential hermeticity required for next-gen chiplets and power modules.
Providing lightweight, high-strength aluminum 7075 housings that withstand extreme vibration and atmospheric pressure changes for satellite deployments.
Custom aluminum heat sinks and battery enclosures designed for thermal runaway prevention in electric vehicle platforms.
Global industrial trends are shifting toward Miniaturization and High Frequency. Our 5G communication Kovar alloy processing supports frequencies up to 40GHz with insertion losses less than 0.26dB—setting a new benchmark for North American telecom infrastructure.
Our 100+ person professional team includes technical engineers (30% of headcount) who have been deeply engaged in precision metal processing for over a decade. This expertise allows us to provide US-based engineers with rapid prototyping and DFM feedback.
For the US market, we ensure compliance with RoHS, REACH, and provide full material traceability. We understand the importance of ITAR considerations for our partners and work within strict data security protocols.
Our roadmap includes the integration of AI-driven production scheduling and the expansion of Titanium-Aluminum composite processing. We are proactively laying out the cutting-edge packaging needs for Artificial Intelligence (AI) accelerators and Liquid Cooling systems, ensuring our customers stay ahead of the curve in the "Compute Era."
CTE 4.7±0.2×10⁻⁶/℃, IL<0.26dB for high-frequency excellence.
High thermal conductivity aluminum alloy for data center transceivers.
Kovar alloy construction for aerospace sensors in extreme orbits.
Accelerate your R&D cycle with our rapid prototyping service.
Engineered for stability in heavy-duty US industrial automation.
Precision-milled structural components for laboratory equipment.
High-tolerance sheet metal work for chassis and cabinets.
Complex internal geometries for RF filters and wave-guides.
High-efficiency fin designs for maximum convection cooling.
Corrosion-resistant connectors for marine and oil & gas apps.
Electroless gold plating for superior solderability and signal.
General-purpose precision parts with IT7-IT6 tolerance levels.
The most common materials are Aluminum 6061-T6 for general structural use, 7075 for high-stress aerospace applications, and 1100 or 3000 series for deep-drawn shells where thermal conductivity is paramount.
Yes, we provide a full range of finishes including Type II and Type III (Hard) Anodizing, Chromate Conversion (Alodine), Gold Plating, and Nickel Plating to meet MIL-SPEC and ASTM standards.
We utilize Helium Leak Detection and thermal cycling tests to ensure that our Kovar and aluminum hermetic packages maintain a leak rate of less than 1x10^-8 atm·cc/sec.
Absolutely. Our engineering team is proficient with SolidWorks, AutoCAD, and Catia. We can accept .STEP, .IGS, and .DWG files for direct CNC programming.
Xinyunyang Precision