"custom precision parts"
機械用の化学アルミニウムエッチング金属名札 シリアル番号タグ
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,
OEM 化学エッチング 不同鋼フィルターメッシュ メタルスピーカーグリル/精密エッチングパーツ
OEM Chemical Etching Stainless Steel Filter Mesh for Metal speaker grilles/Precision Etching Parts. Xinhaisen is the market-leading supplier of photo-etched speaker grilles for world-renowned automotive marques, including Mercedes, Jaguar and Rolls-Royce. Our chemical etching process specialises in providing high-quality, high-aesthetic interior trim components. CONVENTIONAL SPEAKER GRILLE MACHINING Metal speaker grilles are commonly found in the interiors of premium and
光化学エッチング 0.5mm から 5.0mm 熱交換器プレート
Photochemical Etching 0.5mm To 5.0mm Heat Exchanger Plate For PCHEs Description of Heat Exchanger Plates: What is Printed Circiut Heat Exchangers? The manufacturing of a printed circuit heat exchanger involves two key technologies: chemical etching and diffusion bonding. Flow channels are precisely etched onto metal plates, which are subsequently stacked and permanently joined through diffusion bonding to create a compact, monolithic unit. Specifications of Heat Exchanger
メタル化学エッチング 1.5mm 2.5mm マイクロチャネルプレート PCHE熱交換器のために
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
100% 検査 高耐久性と制御を備えた 複合的な工業製造に適した フォトエッチメッシュ
Product Description: The Photo Etch Mesh is a highly specialized product designed to meet the demanding requirements of various industries where precision and quality are paramount. Known for its exceptional performance and versatility, this mesh stands out as a reliable solution for applications that require intricate detailing and superior durability. Manufactured through advanced photo etching technology, the Precision Photo Etch Mesh offers unparalleled accuracy and co
医療機器や実験用機器にとって不可欠な鋭い角を供給しない音伝送写真エッチメッシュ
Product Description: The Precision Photo Etch Mesh is a highly specialized product designed to meet the rigorous demands of various industrial and technological applications. Renowned for its exceptional accuracy and fine detailing, this mesh is manufactured using advanced photo etching technology that ensures precise patterns and consistent quality throughout the entire product. Whether you are in the electronics, filtration, or sound transmission industry, the Precision
燃料電池および電気分解装置用金属バイポーラプレート製造サービス、化学エッチング。
Chemical etching Metallic bipolar plate manufacturing service for fuel cells and electrolysers. Our bipolar plate application note highlights how chemical etching effectively addresses the undesirable effects often linked to stamping and hydroforming metallic bipolar plates, ensuring superior precision. Benefits of Chemical Etching: High Precision and Consistency: Chemical etching ensures consistent and precise results across production batches. The process's repeatability is
耐久性のある音響網膜は,商業用建物におけるパイプと管路の防音ソリューションを提供します.
Product Description: Our Stainless Steel Photo Etching product represents the pinnacle of precision manufacturing technology, designed to meet the highest standards in various industrial and commercial applications. Utilizing advanced photo etching techniques, this product delivers intricate and highly detailed designs on stainless steel surfaces, ensuring exceptional accuracy and consistency. The process involves using a photoresist and chemical etching to remove selected
発光化学 油電池二極プレート ステンレス鋼とチタン 二極プレート 水素エネルギー
Photochemical Etched Fuel Cell Bipolar Plate Stainless Steel & Titanium Bipolar Plate for Hydrogen Energy 1. Product Overview Ourfuel cell bipolar plate is a high-precision core component for PEM fuel cell stacks and hydrogen energy electrolysis systems, manufactured by advanced stress-free photochemical etching technology. As a high-replacement upgrade for traditional fragile and heavy graphite plates, our etched metal bipolar plate adopts ultra-thin stainless steel 316L or
発光化学 発熱電池 ステンレス鋼とチタン 発熱電池用 双極板
1. Product Overview Ourfuel cell bipolar plate is a high-precision core component for PEM fuel cell stacks and hydrogen energy electrolysis systems, manufactured by advanced stress-free photochemical etching technology. As a high-replacement upgrade for traditional fragile and heavy graphite plates, our etched metal bipolar plate adopts ultra-thin stainless steel 316L or titanium alloy substrates, featuring ultra-flat surface, zero burrs, no mechanical deformation and
刻印された燃料電池双極板 自動車燃料電池双極板
1. Product Overview Ourfuel cell bipolar plate is a high-precision core component for PEM fuel cell stacks and hydrogen energy electrolysis systems, manufactured by advanced stress-free photochemical etching technology. As a high-replacement upgrade for traditional fragile and heavy graphite plates, our etched metal bipolar plate adopts ultra-thin stainless steel 316L or titanium alloy substrates, featuring ultra-flat surface, zero burrs, no mechanical deformation and
316L ステンレス鋼チタン燃料電池バイポーラプレート両面光化学エッチングフローチャネルバイポーラプレート PEM 水素燃料電池スタック用
1. Product Overview Ourfuel cell bipolar plate is a high-precision core component for PEM fuel cell stacks and hydrogen energy electrolysis systems, manufactured by advanced stress-free photochemical etching technology. As a high-replacement upgrade for traditional fragile and heavy graphite plates, our etched metal bipolar plate adopts ultra-thin stainless steel 316L or titanium alloy substrates, featuring ultra-flat surface, zero burrs, no mechanical deformation and
