"precision etching"
스테인리스 스틸 EMI RF 보호 망 PCB 사용자 정의 크기
Ultra-Thin Chemical Etched RFI/EMI Shielding Parts for Electronics Shielding Sheets & Enclosures EMI Shielding Overview Xinhaisen manufactures high-performance EMI/RFI shielding partts using precision etching technology. Our shielding solutions effectively block electromagnetic interference while providing optimal grounding contact in electronic devices and systems. Manufacturing Process We utilize advanced chemical etching to produce EMI shielding parts with precise patterns
Custom Etched Foot Files with Superior Corrosion Resistance for Medical Applications
Custom Etched Foot Files with Superior Corrosion Resistance for Medical Applications Foot Files Overview Shenzhen Xinhaisen is a specialist in manufacturing precision-etched metal foot files. Leveraging our advanced photochemical etching capabilities, we produce foot files that define excellence in durability, hygiene, and effectiveness. Our process allows for the creation of meticulously controlled abrasive surfaces, ensuring a reliable and superior pedicure tool for both
금속 화학 에칭 1.5mm 2.5mm PCHE 열교환기용 마이크로 채널 플레이트
Metal Chemical Etching 0.6mm 1.0mm Flow Plates For PCHE Heat Exchanger Description of Plates for PCHE Heat Exchanger: What is Printed Circiut Heat Exchangers? Printed Circuit Heat Exchanger (PCHE), also referred to as Diffusion Bonded Compact Heat Exchanger (DCHE), is a new generation of heat exchangers. It offers extremely high compactness and is capable of efficient heat transfer under demanding conditions such as high temperature and high pressure. By applying chemical
기계용 화학 알루미늄 발열 금속 이름판 일련 번호 태그
Chemical Aluminum Etching Half Etching Color Plating Metal Nameplates Overview: Chemical etched aluminum nameplates offer durable, permanent markings for machinery and industrial assets. Ideal for harsh environments in manufacturing, aerospace, and automotive sectors, ensuring compliance and traceability with crisp logos/serial numbers. Specifications of Metal Nameplate: Material Stainless Steel, Aluminum, Copper, etc. / Customized Thickness 0.5mm – 2.0mm Color Black, white,
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
고정밀 알루미늄 에칭 필터 메쉬
High precision aluminium etching filter mesh Description Photo etching, also known as chemical etching or metal etching, is a highly precise, tightly controlled corrosion process used to produce complex metal components with very fine detail. Why use photo etching? The photo etching process offers a cost-effective alternative to stamping, punching, laser and waterjet cutting when machining precision components from thin gauge metals - up to 1.5mm thick - including stainless
릴에서 릴 에칭 전화 카메라를 위한 헐리스 완결 VCM 스페이저
Reel to Reel Etching Burr-free Finished VCM Spacer for Phone Camera Description of Reel to Reel Etching VCM Spacer: What is Reel to Reel Etching? Reel-to-reel etching, also called roll-to-roll (R2R) etching, is a high-volume manufacturing process for creating precise patterns on metal strips or flexible substrates. Instead of processing individual sheets, a continuous metal or flexible film is fed from a roll (reel) , goes through the etching steps, and is rewound onto
고 정밀 구리 화학 에치링
High-Precision Copper Chemical Etching for Ultra-Thin & Complex Metal Parts What is Copper Etching? Copper etching (also known as chemical etching) is a process that uses chemical etching to precisely remove metal from the copper surface. It enables extremely high-precision dimensional control, with tolerances as low as ±0.01mm. It is particularly suitable for processing ultra-thin metal sheets, with thicknesses as low as 0.02mm. This high-precision processing technology has
멕시코 시장용 버(Burr) 없는 초박형 에칭 스테인리스 스틸 블레이드
Ultra-thin Etched Stainless Steel Blades with Burr-Free for Mexico Market Product Overview Shenzhen Xinhaisen offers high-precision metal blades manufactured using advanced photochemical etching technology. As a professional etching processor, we produce burr-free, stress-free metal blades for a wide range of industrial and commercial applications. Our process allows for the creation of extremely flat and clean cutting edges, essential for optimal performance in equipment
저비용 사진화학 에칭 스테인리스 스틸 커피 필터 망 및 섬유 필터
Low-cost Photo Chemical Etching Stainless Steel Coffee Filter Meshes and Fiber Filters WHAT IS CHEMICAL ETCHING? Chemical etching is the process of using corrosive chemicals to remove metal locally from a sheet, leaving the shape of the desired component behind. Key Facts About Meshes & Filters Easy to use, clean and wash Reusable Better for the environment. No clogging Low cost for molding or tooling Advanced & standardization workshops and facilitates High-tech and high
우수한 정밀 산 에칭 의료 필터 섬유 필터 및 정수 필터 메쉬
Excellent precision Acid Etching Medical filters Fiber Filters & Water filtration filter mesh Photo etching technology Using photo mask, the product pattern is copied on the metal material by the exposing machine. Then, etching it by liquid medicine. The distortion and burr will not be made by such chemical process, and the material could be kept flat. After the final washing process, the products will be very clean. Half Etching By exposing different patterns to the front
Etched SS Filter Mesh By Reel To Reel Photochemical Etching With Tight Tolerances
Etched SS Filter Mesh By Reel To Reel Photochemical Etching With Tight Tolerances At Xinhaisen , we specialize in precision reel-to-reel photochemical etching for stainless steel (SS) filter meshes. Our advanced etching technology allows for the production of high-precision, intricate metal parts with tight tolerances and superior quality. Using continuous roll-to-roll processing, we can achieve efficient, scalable production for a wide range of applications, from filtration
