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504 Resultados para

"chemical etching"

Qualidade Agulhas de Beleza Ultra-Finamente Gravadas para Cosméticos do Protótipo à Produção em Massa fábrica

Agulhas de Beleza Ultra-Finamente Gravadas para Cosméticos do Protótipo à Produção em Massa

Ultra-Fine Etched Beauty Needles for Cosmetic from Prototype to Mass Production Beauty Needles Overview Our precision beauty needles are micro-fine parts manufactured for the aesthetic and medical cosmetics industry. They are designed for applications such as microneedling and mesotherapy, ensuring minimal patient discomfort and maximum procedural effectiveness. Manufacturing Process These needles are produced using advanced chemical etching technology. This process allows

Qualidade Celular de combustível para hidrogénio fábrica

Celular de combustível para hidrogénio

Precision Metal Etching Bipolar Plates Fuel Cell For Hydrogen Our Precision Metal Etching Bipolar Plate for Hydrogen is a high-performance component designed for use in hydrogen fuel cells. Engineered with precision etching technology, this bipolar plate ensures optimal flow distribution, durability, and electrical conductivity, essential for efficient energy conversion in fuel cell systems. Specifications of Metal Etching Bipolar Plates: Material : Titanium, Titanium Alloy,

Qualidade Ficheiro de pé de gravação de aço inoxidável de qualidade superior para esfoliação eficaz fábrica

Ficheiro de pé de gravação de aço inoxidável de qualidade superior para esfoliação eficaz

Premium Stainless Steel Etching Foot File for Effective Exfoliation Foot File Overview Xinhaisen Technology leverages advanced metal etching expertise to manufacture high-quality stainless steel foot files, designed for durability, hygiene, and exceptional exfoliation. Ideal for salon professionals, pedicure kits, and personal care, our foot files feature precision-etched abrasive surfaces that effectively remove dead skin while ensuring good performance. Foot File Features

Qualidade Telas de Filtro, Peneiras e Crivos de Gravação de Níquel de Precisão com Espessura de 0,05mm a 1,0mm fábrica

Telas de Filtro, Peneiras e Crivos de Gravação de Níquel de Precisão com Espessura de 0,05mm a 1,0mm

Precision Nickel Etching Thickness 0.05mm to 1.0mm Filters Screens Sieves Engineered for cutting-edge micro-component manufacturing, our photochemical etched nickel sheets deliver unmatched dimensional accuracy (±0.005mm) for intricate micro parts production. Specifications of Nickel Etching Parts: Material Pure Nickel (Ni 99.6%+) Sheet Thickness 0.05-1.0mm Etching Precision ±0.01mm Minimum Feature Size 0.03mm Maximum Sheet Size 300mm x 300mm Surface Finish Smooth, burr-free

Qualidade Peças metálicas gravadas em níquel de design personalizado com padrões complexos e superfícies lisas fábrica

Peças metálicas gravadas em níquel de design personalizado com padrões complexos e superfícies lisas

Custom-Designed Nickel Etched Metal Parts with Intricate Patterns and Smooth Surfaces Nickel Etching Overview We provide high-precision nickel etching (photochemical machining) services for manufacturing intricate, burr-free, and stress-free nickel components. Ideal for micro-features, fine meshes, and complex geometries, our process supports rapid prototyping and high-volume production with consistent quality. Suitable for electronics, acoustics, medical devices, filtration,

Qualidade Gravação fotográfica de aço inoxidável de precisão para placas bipolares metálicas de micro-canal de fluxo personalizado de 0,6 mm fábrica

Gravação fotográfica de aço inoxidável de precisão para placas bipolares metálicas de micro-canal de fluxo personalizado de 0,6 mm

Precision Stainless Steel Photo Etching for 0.6mm Custom Micro Flow Channel Metallic Bipolar Plates This product is a customized microchannel metallic bipolar plate manufactured using advanced precision photochemical etching technology on 0.5-1.0mm thick stainless steel sheet. Designed specifically as a core component for high-performance fuel cells, electrolysers, and other electrochemical devices, it represents an ideal solution for achieving efficient energy conversion and

Qualidade Fabricante de emblemas de gravação em alumínio personalizados de alta qualidade na China fábrica

Fabricante de emblemas de gravação em alumínio personalizados de alta qualidade na China

High Quality China Personalized Aluminum Etching Badge & Nameplates For more than half a century, the use of aluminium plates to make signs has been enduring. The main reason is that aluminium is the most decorative and expressive. Many surface decoration techniques can be applied and played on aluminium, which is convenient for obtaining a colourful, variety of combinations of advanced decorative layers. An aluminium sign is one kind of aluminium sign among many signs, which

Qualidade Câmaras de Vapor Ultra-finas Gravadas com Precisão para Gerenciamento Térmico Avançado em Eletrônicos Compactos fábrica

Câmaras de Vapor Ultra-finas Gravadas com Precisão para Gerenciamento Térmico Avançado em Eletrônicos Compactos

Precision Etched Ultra-Thin Vapor Chambers for Advanced Thermal Management in Compact Electronics Vapor Chamber Overview A Vapor Chamber is a flat-plate heat pipe that efficiently spreads heat from a small source to a larger surface area. We specialize in manufacturing the precision-etched metal plates and intricate wick structures that form the core of high-performance vapor chambers. Manufacturing Process Using advanced photochemical etching , we produce burr-free, stress

Qualidade Custom Etched Foot Files with Superior Corrosion Resistance for Medical Applications fábrica

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

Qualidade Camisetas metálicas personalizadas de 0,01-0,3MM por usinagem por gravação fotoquímica fábrica

Camisetas metálicas personalizadas de 0,01-0,3MM por usinagem por gravação fotoquímica

Xinhaisen manufactures custom metal shims via photochemical etching process. The thickness can range from 0.01mm to 0.3mm. The material can be stainless steel, copper, nickle, titanium, kovar alloy ect. What are metal shims? Metal shims are used to fill the tiny gaps between two connecting surfaces. They reduce the wear and tear of the connecting parts caused by vibration, friction, or pr essure changes. At the same time, they play a balancing role. Metal shims are suitable

Qualidade Folhas de proteção EMI/RFI gravadas com precisão superior e produção em massa rápida fábrica

Folhas de proteção EMI/RFI gravadas com precisão superior e produção em massa rápida

Precision Etched EMI/RFI Shielding Sheets with Superior Accuracy & Fast Mass Production EMI Shielding Overview Xinhaisen Technology specializes in high-precision EMI (Electromagnetic Interference) shielding components through advanced metal etching technology. Our EMI shielding solutions are designed to protect sensitive electronic devices from electromagnetic interference, ensuring optimal performance and reliability. Widely used in telecommunications, aerospace, medical

Qualidade Serviço de Gravação Fotoquímica para Chapa Metálica com Espessura de 0,02mm a 3mm fábrica

Serviço de Gravação Fotoquímica para Chapa Metálica com Espessura de 0,02mm a 3mm

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