"metal etching"
화학 에칭 구리 고도 증기 챔버 열 분산기 첨단 전자제품
Basic Information of Custom Vapor Chamber: Chemical Etching Copper Custom Vapor Chamber Heat Spreaders for Advanced Electronics A vapor chamber is a flat heat pipe that spreads heat in two dimensions, making it ideal for high heat flux applications. It is widely used in high-performance CPUs, GPUs, and LEDs — especially with high TDP or overclocked states — to maintain safe operating temperatures and extend component lifespan. The chamber contains a wick structure with
맞춤형 광화학 에칭 인쇄 회로 열교환기 플레이트
Photochemical Etched Printed Circuit Heat Exchanger Plates Customized PCHE Overview Xinhaisen provides high-performance printed circuit heat exchanger cores and plates for extreme thermal management applications. Our precision etching technology enables complex microchannel designs with superior heat transfer efficiency and reliability in demanding environments. PCHE Features Burr-Free & Stress-Free: No mechanical stress or burrs, ensuring perfect sealing and performance.
중국 화학 에칭 구리판 에칭 책갈피
Chemical Etching Copper plate etching bookmark in China Item Custom metal bookmark Process Stamping(Die-casting, Printing, Photo etching, etc) Material Iron(Zinc alloy, brass, gold, silver, brass, iron, stainless steel/iron, aluminum alloy, soft PVC and more) Size Any size & customer size Thickness 0.08mm-5mm or Customzied Plating Gold,Nickel brass, copper,, silver, chrome, double plating and more Color Pantone color chart with soft enamel, silkscreen printing, offset
자동차 오디오 및 인테리어용 독일 시장 맞춤형 에칭 SUS 304 스피커 그릴 메쉬
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
서보 모터, 로봇 공학, 의료 기기 및 자동차 센서용 맞춤형 에칭 인코더 디스크
Custom Etched Encoder Discs for Servo Motors, Robotics, Medical Devices & Automotive Sensors Product Overview Encoder discs (code wheels) are precision optical or magnetic components used to convert mechanical motion into electrical signals. Xinhsen’s etched encoder discs offer high uniformity, fine pitch accuracy, and burr‑free edges, ensuring reliable signal output for motion control systems. What is Etching? Etching (photochemical machining) is a subtractive manufacturing
전자 산업용 구리 에칭 초박형 베이퍼 챔버
Copper Etching Ultra-Thin Vapor Chambers for Electronics Industry Vapor Chambers Overview Xinhaisen Technology delivers cutting-edge vapor chamber solutions through our proprietary photochemical etching process. We engineer these critical thermal management parts to meet the most demanding performance requirements in today's high-power electronic applications. Our vapor chambers enable revolutionary heat dissipation through efficient two-phase heat transfer technology. Vapor
금속 스탬핑 처리 고 주파수 PCB 장치에 대한 EMI 간섭 보호
Fast Prototype Metal Stamping PCB EMI Shielding Cans for High-Frequency Devices Brief Introduction of Stamping PCB EMI Shielding Cans: Metal Stamping EMI Shieldings are precision-engineered enclosures designed to block electromagnetic interference in high-frequency PCB devices. Manufactured through high-speed stamping processes, these shields provide reliable EMI/RFI suppression while maintaining optimal signal integrity. Ideal for modern electronics, they support compact
사진 화학 에칭 스테인리스 304 BA 물자 금속 메시를 위한 소비자 서비스
Custom Service for Photo Chemical Etching Stainless Steel 304 BA Material Metal Mesh We provide professional photo chemical etching services for custom stainless steel 304 BA (Bright Annealed) metal mesh, delivering high precision, clean edges, and burr-free micro apertures. This process uses photolithography and controlled chemical etching to produce complex mesh patterns without mechanical stress or tool wear. Our custom etched metal mesh can be manufactured with fine mesh
0.02mm에서 3mm 두께의 금속 장을 위한 사진 화학적 발각 서비스
Photo Chemical Etching Service for Custom Metal Parts 0.02mm to 3mm Thickness What is Photo Chemical Etching? Photo Chemical Etching. also known as Etching, Chemical Etching, Photochemical machining, is a subtractive sheet metal machining process which uses chemical etchants to create complex and highly accurate precision components from almost any metal. How does photo chemical etching work? The photo chemical etching process works by ‘printing’ the component's design onto
OEM 금속 화학 에칭 고정밀 금속 자동차 오토 스피커 그릴 및 스피커 커버
OEM Metal Chemical Etching High Precision Metal Car Auto Speaker Grilles And Speaker Covers Precision Etching for Automotive Speaker Grilles At Xinhaisen , we specialize in chemical etching (photo etching) for high-precision metal automotive speaker grills and covers . Our advanced etching technology ensures burr-free, flat, and highly detailed metal mesh patterns , providing excellent acoustic transparency and aesthetic appearance for premium car audio systems. Unlike
304 316L 스테인레스 스틸 사진 에칭 금속 메쉬를 위한 맞춤형 화학 에칭 공급업체
Custom Chemical Etching Supplier for 304/316L Stainless Steel Photo-Etched Metal Mesh Core Service Overview As a specialized chemical etching supplier, we focus on providing high-precision, customized photochemical etching solutions for 304/316/316L stainless steel metal mesh to global clients. By integrating advanced photolithography technology with chemical etching processes, we produce metal mesh components featuring complex geometries, precise aperture control, and
정밀도 여과를 위한 주문 금속 화학 에칭 매우 얇은 사진에 의하여 식각되는 금속 필터 방충망
Custom Metal Chemical Etching Ultra Thin Photo Etched Metal Filter Screens For Precision Filtration Xinhaisen provides chemical etching solutions for producing metal filters, sieves, and screens , delivering faster turnaround, greater design flexibility, and more cost-efficient results compared to conventional perforation methods. Metal Filter Screens can be produced produced using methods such as stamping or laser cutting, but these techniques often fall short when handling
