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부식 방지 기능이 있는 자동차 내장 금속 트림의 화학적 에칭
Chemical Etching Automotive Interior Metal Trim with Corrosion Resistant Metal Trim Overview Xinhaisen Technology specializes in high-precision etching services for automotive interior metal trim tread plates. Our etched tread plates combine durability, aesthetic appeal, and functional performance, making them ideal for automotive interior applications such as door sills, dashboard accents, pedal covers, and decorative trim parts. Metal Trim Features High Precision – Micro
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화학적 스테인리스 스틸 에칭 레이드 플레이트 맞춤형 패턴
Chemical Stainless Steel Etching Tread Plates with Customized Patterns Tread plates Overview Xinhaisen Technology manufactures high-performance chemically etched tread plates for industrial, automotive and architectural applications. Our precision etching process creates durable anti-slip surfaces with exacting dimensional accuracy while maintaining material integrity. Manufacturing Process Design & Tooling: Your CAD design is converted into a digital photo-tool—no expensive
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고품질의 차 제조를 위한 스테인리스 스틸 차 세이터
Chemical Etching Stainless Steel Tea Strainers with High Precision Tea Strainer Overview Xinhaisen Technology crafts high-performance stainless steel tea strainers using advanced chemical etching technology. Our precision-etched mesh delivers optimal tea infusion while ensuring durability, easy cleaning, and elegant designs for both commercial and home use. Manufacturing Process We produce our tea strainers through a precise photochemical etching process: Material Selection:
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정밀 허용 오차 및 대량 생산을 갖춘 화학 에칭 반도체 리드 프레임
Chemical Etched Semiconductor Lead Frame with Precision Tolerances & Mass Production Lead Frames Overview Our etched lead frames provide critical connectivity and structural support for semiconductor devices. Using advanced chemical etching, we manufacture lead frames with exceptional dimensional stability and electrical performance, ensuring reliability in integrated circuits and microelectronic parts. Manufacturing Process We specialize in high-precision chemical etching,
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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
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미국 시장을 위한 뛰어난 선명도와 균일성을 갖춘 혁신적인 에칭 면도날
Innovative Etched Razor Blades with Superior Sharpness & Uniformity for the US Market Product Overview Shenzhen Xinhaisen Technology Limited specializes in the precision manufacturing of metal parts for razor blades. Using advanced chemical etching technology, we produce burr-free, ultra-sharp, and highly consistent blade parts. Whether for safety razors, cartridge razors, or industrial blades, our products meet the highest standards of sharpness, durability, and uniformity.
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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
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버(Burr) 없는 가장자리와 빠른 리드 타임을 갖춘 광화학 에칭 금속 개스킷 및 심
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
