"0 01mm copper chemical etching"
사진 화학 에칭 마이크로 에칭 납 프레임 사용자 지정 재료
Photo Chemical Etching Micro Etched Lead Frames with Customized Materials Lead Frames Overview Xinhaisen Technology specializes in manufacturing precision-etched lead frames for semiconductor and microelectronics packaging. Our lead frames serve as the critical interconnection platform for IC chips, providing superior electrical conductivity, heat dissipation, and mechanical stability. Utilizing advanced chemical etching technology, we deliver products with unmatched
화학적 인 에치드 가스켓 및 쉐임 미국 시장에 대량 생산에 프로토타입에서
Chemical Etched Gaskets and Shims From prototyping to Mass Production for US Market Metal Shims Overview Our metal shims are precision-engineered thin washers or spacers manufactured through advanced chemical etching technology. They are designed to provide exacting fit, reliable performance, and consistent thickness in assemblies requiring critical tolerances and flatness. What is Chemical Etching? Chemical etching is a precision manufacturing process that uses chemical
화학 에칭 자동차 스피커 메쉬 및 맞춤형 자동차 오디오 그릴 및 미세 다공성 금속 메쉬
Chemical Etched Automotive Speaker Mesh & Custom Car Audio Grille & Micro-Porous Metal Meshes Product Overview Shenzhen Xinhaisen is a professional manufacturer specializing in the precision etching of metal components. Our Automotive Speaker Mesh is engineered for high-fidelity audio systems, providing the perfect balance between robust speaker protection and superior acoustic transparency. Utilizing advanced chemical etching technology, we produce speaker grilles with
모바일 장치 및 광 시스템에서 예외적인 정확도를 가진 화학적 발각 EMI 보호
Chemical Etched EMI Shieldings with Exceptional Accuracy for Mobile Devices and Optical Systems EMI Shielding Overview EMI Shieldings are precision-engineered metal parts designed to protect sensitive electronic devices from external electromagnetic radiation and prevent internal emissions from interfering with other devices. Xinhaisen specializes in manufacturing high-performance, custom-etched EMI shielding cans, frames, and covers. Our products ensure signal integrity,
프로토타입부터 대량 생산까지의 포토 화학 에칭 맞춤형 금속 심
Customized Chemical Etching Metal Shims from Prototype to Mass Production Metal Shims Overview Our metal gaskets are precision-etched sealing components designed to provide reliable performance in various industrial applications. Manufactured with tight tolerances and consistent quality, they ensure effective sealing and long-term durability. Manufacturing Process Utilizing advanced chemical etching technology, we produce gaskets with high precision and complex geometries
우수한 균일성 및 부식 저항성을 가진 화학적 발각 필터레이션 망
Chemical Etched Filtration Mesh with Excellent Uniformity & Corrosion Resistance Filter Mesh Overview Xinhaisen's Precision Metal Filter Mesh delivers reliable and consistent performance for critical filtration applications. Using advanced chemical etching, we create clean, burr-free meshes with exact hole patterns, ensuring optimal flow rates and structural integrity for industries from medical to automotive. Manufacturing Process We use photochemical etching, a digital and
구리 에치 & 구리 안경 프레임 프레임
Copper etching Copper etching has a wide range of applications, including copper eyeglass frame frames, copper gaskets, bronze plates, copper crafts, etc. The etching process of copper can meet thicknesses between 0.01MM-2MM. Due to the oxidizing nature of copper, attention should be paid not only to surface treatment but also to the protection of copper in specific environments. Product Specifications Raw Material: brass sheet /copper sheet Standard: ASME, ASTM, EN, BS, GB,
필터 및 EMI 차폐용 맞춤형 화학 에칭 스테인리스 스틸 메쉬/스크린
Custom Chemical Etched Stainless Steel Meshes/Screens for Filters & EMI Shielding Stainless Steel Mesh Overview Xinhaisen specializes in the manufacturing of high-precision etched metal parts. Our stainless steel etched meshes are produced using advanced chemical etching technology, ensuring exceptional accuracy, consistency, and quality. These meshes are widely used across industries such as communications, acoustics, optics, medical devices, automotive, home appliances, and
화학적으로 새겨진 마이크로 퍼포레이트 된 자동차 스피커 커버 프로토타입에서 대용량 주문까지
Chemical Etched Micro Perforated Car Speaker Covers From Prototype to High-Volume Orders Product Overview Xinhaisen specializes in high-precision etched metal car speaker grilles. Using advanced photochemical etching, we produce burr-free, uniform mesh patterns for automotive audio systems. Our grilles are used in door speakers, dashboard tweeters, and subwoofer covers. Materials range from stainless steel to copper alloys, with thicknesses from 0.02mm to 1.5mm. Etching
고 정밀 애플리케이션을 위한 광화학 발사 구리 납 프레임
Photo Chemical Etching High Precision Copper Lead Frames For Electronics Xinhaisen - 13 years ISO-certified photochemical etching expert Specializes in semiconductor lead frames & precision metal components. Processes metal materials (stainless steel/copper/titanium) with ±0.01mm tolerance. Specifications of Copper Lead Frame: Material Copper, Brass Alloys etc. Brass Alloys +/-0.005mm Shape Customized Applications Semiconductor IC packaging Technique Chemical etching, Plating
정밀 화학 에칭 금속 명판 - 맞춤형 OEM 제조업체
Precision Chemical Etched Thin Metal Nameplates with Logo Customized Nameplates Overview Xinhaisen specializes in the precision etching of high-quality metal nameplates and badges. These are essential for branding, identification, and providing information on a wide range of products. We offer custom solutions, ensuring each nameplate meets exact specifications for design, material, and durability. Manufacturing Process Our primary manufacturing process is Precision Chemical
Chemical Etched Advanced Ultra Thin Vapor Chamber for High-Performance Laptops & Tablets
High-Precision Dimensional Tolerance and Ultra-Thin Processing Capabilities This product employs advanced chemical etching technology to achieve dimensional tolerances as tight as ±0.01mm, ensuring precision and consistency in every component. This high-precision processing is particularly suited for manufacturing ultra-thin metal sheets as thin as 0.02mm, meeting the demands for lightweight, high-stability designs in high-performance laptops and tablet devices. Through
