"chemical etching"
Semi-Etched Plates for Complex Manifolding in Printed Circuit Heat Exchangers
Semi-Etched Plates for Complex Manifolding in Printed Circuit Heat Exchangers Description of Semi-Etched Plates for Printed Circuit Heat Exchangers What is Printed Circiut Heat Exchangers? Printed Circuit Board Heat Exchanger (PCHE), also known as Diffusion Bonded Compact Heat Exchanger, represents a new generation of heat exchange equipment combining ultra-compact design with high efficiency. This device utilizes chemical etching technology to precisely fabricate micrometer
メキシコの高速モーションセンシングと校正のための高度なエッチドエンコーダーディスク
Advanced Etched Encoder Discs for Mexican High-Speed Motion Sensing and Calibration Encoder Discs Overview Encoder discs are high-precision metal discs with extremely fine patterns, used in optical and magnetic encoders to convert rotational position or motion into a digital signal. They are core parts for ensuring accuracy in motion control and measurement systems. Xinhaisen specializes in manufacturing custom metal encoder discs with exceptional precision and repeatability.
ドイツ市場向け車載オーディオ＆インテリア用カスタムエッチングSUS 304スピーカーグリルメッシュ
Custom Etched SUS 304 Automotive Speaker Grill for Car Audio & Interior Germany Market We specialize in manufacturing premium chemically etched metal speaker grilles, specifically designed for automotive interior OEM manufacturers. Employing precision chemical etching techniques, we achieve intricate patterns combined with flawless acoustic performance, meeting the dual demands of aesthetics and functionality in modern automotive interiors. Our products are suitable for
カナダ市場向けの厳しい公差を備えたカスタムエッチングステンレススチールシムワッシャーおよびスペーサー
Custom Etched Stainless Steel Shim Washers & Spacers with Tight Tolerance for the Canada Market Product Overview Stainless steel shims are ultra-thin, precision-engineered metal spacers manufactured through advanced chemical etching technology. Designed for applications requiring exact thickness control, uniformity, and reliability, these shims are ideal for high-precision industries such as aerospace, automotive, medical devices, optical systems, and electronic equipment.
プレミアム OEM オーディオ システム用のケミカル メタル エッチング自動車用スピーカー グリル
Chemical Metal Etched Automotive Speaker Grilles for Premium OEM Audio Systems Product Overview Automotive speaker grilles are high-precision metal mesh parts designed for vehicle audio systems. Manufactured through advanced chemical etching technology, these grilles deliver exceptional acoustic performance while enhancing aesthetic appeal and durability in automotive interiors. They ensure clear sound transmission, protect speakers from external damage, and complement modern
自動車、航空宇宙、医療産業向けの精密ステンレス鋼フォトエッチングシムおよびガスケット
Precision Stainless Steel Photo Etching Shims & Gaskets for Automotive, Aerospace, Medical Industry We provide high-precision stainless steel photo etching shims and gaskets engineered for demanding industries such as automotive, aerospace, and medical equipment. Using advanced Photo Chemical Etching (PCE) technology, we manufacture ultra-thin, burr-free metal components with exceptional dimensional accuracy and repeatability. Our chemical etching process removes material
スマートウォッチおよび機械式ムーブメント用の高品質エッチング時計ダイヤル
High-Quality Etched Watch Dials for Smartwatches & Mechanical Movements Product Overview Xinhaisen specializes in high-precision metal etching for the watch making industry. Our watch dials are crafted with meticulous attention to detail, offering superior flatness, intricate patterns, and exact dimensions. Leveraging our advanced etching technology, we provide watch dials that combine aesthetics with durability, suitable for luxury timepieces, smartwatches, and fashion
フォトエッチング カスタム高精度エッチング電気コネクタ
Photochemical Etching Custom High Precision Etched Electrical Connectors With Xinhaisen's professional chemical etching process, it meeting the electronics industry's demand for customized miniature electronic connectors and contacts with free from cost and time constraints. Electrical connectors, also called interconnect components, are conductive interface elements that join electrical circuits by establishing contact between conductors. With the growing demand for compact
高耐食性燃料電池用バイポーラプレートの化学エッチング
Chemical Etching Bipolar Plates for Fuel Cell with High Corrosion Resistance Bipolar Plates Overview Xinhaisen Technology specializes in manufacturing high-performance chemically etched bipolar plates for fuel cells, flow batteries, and other electrochemical applications. Our precision etching process enables complex flow field patterns with exceptional dimensional accuracy and surface quality. Bipolar Plates Features Complex, Burr-Free Channels: Creates intricate, multi
超薄型蒸気室 精密エッチング 優れた熱分散のために
Ultra-Thin Etching Vapor Chambers for Superior Thermal Dissipation What is Chemical Etching? Chemical etching is a precision subtractive manufacturing process that uses controlled chemical solutions to selectively remove metal, creating complex, burr-free, and stress-free parts with high accuracy and fine features. Vapor Chambers Overview Our vapor chambers (also known as flat heat pipes or heat spreaders) are high-performance thermal management components manufactured using
優れた導電性と軽量性を備えた、精密エッチングされた燃料電池用アルミニウムバイポーラプレート
Precision Etched Aluminum Bipolar Plates for Fuel Cells with Superior Conductivity & Lightweight Aluminum Etching Overview Xinhaisen specializes in precision chemical etching of aluminum and aluminum alloys, delivering burr-free, stress-free components with exceptional accuracy. Our proprietary etching process enables complex geometries in aluminum that are difficult or impossible to achieve with mechanical machining, making it ideal for lightweight, high-strength application
超薄さ0.1mmのステンレス鋼で彫られた折りたたむスクリーンサポート基板
Ultra Thin 0.1mm Stainless Steel Etched Foldable Screen Support Plate Description of Etched Fold Screen Support Plate: With the development of flexible display technology, flexible screens are increasingly used in terminal devices. In order to maintain the flatness and rigidity of foldable terminal flexible screen screens, under screen support structures are usually set up to ensure that the screen can be bent and has sufficient support. Considering the bendability of
