"titanium etching"
Copper Etching Ultra Thin High Precision Brass Vapor Chamber for Cooling System
Copper Etching Ultra Thin High Precision Brass Vapor Chamber for Cooling System Vapor chambers serve as highly efficient two-dimensional heat spreaders, ideal for managing thermal loads in modern high-power devices such as CPUs, GPUs, and LEDs. Their operation relies on phase-change principles: a coolant vaporizes at hotspots, condenses in cooler regions, and returns via a capillary wick structure. This continuous cycle enables superior heat dissipation, helping maintain
Precision Copper Etching Service for 10µm Ultra-Thin Metal Parts
Precision Copper Etching Service for 10µm Ultra-Thin Metal Parts Overview of Copper Etching Precision copper etching is a photochemical etching technique specifically designed for processing ultra-thin, high-precision copper metal components. This process primarily utilizes high-purity rolled copper materials as substrates, such as pure copper, brass, or phosphor bronze. Through the interaction between photosensitive films and chemical etching solutions, it achieves
Fotochemisch geätzte Metalldichtungen und Unterlegscheiben mit gratfreien Kanten und schneller Lieferzeit
Photo Chemical Etched Metal Gaskets & Shims with Burr-free Edges and Fast Lead Time Product Overview Xinhaisen Technology's Metal Shims are ultra-thin, precision components manufactured to exacting standards for spacing, adjusting, aligning, and distributing loads within assemblies. Utilizing advanced chemical etching technology, we produce burr-free, stress-free shims from a wide variety of metals. These components are essential for achieving high-precision tolerances in
Fotogeätzte Filternetze und Siebe in Industriequalität mit Komplettlösung
Industrial-Grade Photo Etched Filter Meshes & Screens with One-Stop Solution Product Overview At Xinhaisen , we manufacture high-precision metal filter meshes using advanced photochemical etching technology. Our filter meshes are designed to provide superior durability, uniform aperture distribution, and burr-free surfaces for the most demanding filtration environments. We transform raw metal coils into precision components that meet the exacting standards of industries
PCHE Gravierter Wärmetauscherplatten Chemisch Gravierter Edelstahl Mikrokanalabschnitte zur Wärmeübertragung
Hochpräzise geätzte PCHE-Platten (Printed Circuit Heat Exchanger), hergestellt durch chemisches Ätzverfahren, mit Mikrokanalstrukturen für eine hocheffiziente Wärmeübertragung, geeignet für Wasserstoffenergie, LNG, kryogene Systeme und industrielle Hochdruckanwendungen.
PCHE geätzte Wärmetauscherplatten mit einer Toleranz von ±0,01 mm und einer hohen thermischen Effizienz
PCHE-geätzte Wärmetauscherplatten verfügen über Mikrokanaldesigns durch fotochemisches Ätzen für überlegene thermische Effizienz und Druckbeständigkeit bis zu 600 bar. Sie bestehen aus Edelstahl, Titan oder Nickellegierungen, bieten eine Genauigkeit von ±0,01 mm, schnelle Lieferzeiten von 1–2 Wochen und sind ideal für Wasserstoff-, LNG- und Kryosysteme.
Precision Metall Mesh Photo Etched Edelstahl Feinmaschen Lieferant
Präzisionsmetallgewebe, hergestellt durch fotochemisches Ätzen für medizinische Geräte, Filtration, Elektronik, Luft- und Raumfahrt und industrielle Anwendungen. Sondergrößen, Mikrolöcher, gratfreie Kanten und hohe Maßgenauigkeit verfügbar.
Elektroanschlüsse für Energieanwendungen
High-Precision Photo Chemical Etching for Metal Connectors in Energy Applications Our high-precision photo chemical etching service specializes in producing metal connectors tailored for demanding energy applications , including power distribution systems, renewable energy devices, and electronic energy modules. Using advanced chemical etching technology , we can create complex, thin, and highly accurate metal components that are difficult or impossible to achieve with
Kundenspezifische Metallunterlegscheiben von 0,01-0,3 mm mittels photochemischer Ätzbearbeitung
Xinhaisen manufactures custom metal shims via photochemical etching process. The thickness can range from 0.01mm to 0.3mm. The material can be stainless steel, copper, nickle, titanium, kovar alloy ect. What are metal shims? Metal shims are used to fill the tiny gaps between two connecting surfaces. They reduce the wear and tear of the connecting parts caused by vibration, friction, or pr essure changes. At the same time, they play a balancing role. Metal shims are suitable
Professioneller Fotoätzservice für kundenspezifische Metallteile für Energie, Medizin und Automobil
Professional Photo Etching Service Custom Metal Parts for Energy & Medical & Automotive With more than 13 years of expertise, Xinhaisen—an ISO 9001 and ISO 14001 certified photo chemical etching manufacturer—delivers high-precision metal parts for various industry applications. Our state-of-the-art PCE process enables the production of burr-free, stress-free, and ultra-flat parts with micron-level tolerances, ensuring full compliance with strict medical standards. Xinhaisen's
Kundenspezifische fotochemisch geätzte Metall-/Edelstahlnetze für den US-Markt
Custom Photo Chemical Etched Metal/Stainless Steel Meshes for the US Market Metal Mesh Overview Metal Mesh is a high-precision etched metal screen or grid, widely used in electronics, acoustics, optics, filtration, and shielding applications. It is characterized by ultra-fine holes, smooth edges, consistent uniformity, and excellent durability. Our metal mesh is custom-manufactured through advanced chemical etching technology, ensuring precise control over hole size, shape,
Chemisch geätzte metallische Bipolarplatten mit perfekter Ebenheit für die Stapelung von Brennstoffzellen
Chemical Etched Metallic Bipolar Plates With Perfect Flatness for Fuel Cell Stacking Overview Xinhaisen specializes in high-precision chemical etching of metallic bipolar plates. Using advanced photochemical machining (PCM), we produce burr-free, stress-free bipolar plates for proton exchange membrane fuel cells (PEMFC), solid oxide fuel cells (SOFC), and PEM electrolyzers. Our process ensures ultra-flat channels, tight tolerances, and rapid prototyping to mass production.
