"etched filter mesh"
メタル化学エッチングクーパー半導体のためのLCリードフレーム
Metal Chemical Etching Cooper LC Lead Frame For Semiconductor Xinhaisen - 13 years ISO-certified photochemical etching expert Xinhaisen specializes in high-precision metal chemical etching , providing advanced micro-fabrication solutions for the semiconductor industry. The copper LC lead frame is ...
高精度精密化学銅エッチング製品
Precision Chemical Copper Etching Products with High Accuracy Copper Etching Overview Xinhaisen Technology specializes in high-precision chemical etching of copper and copper alloy components for industries requiring superior conductivity, thermal management, and intricate designs. Our etching ...
フォトケミカルエッチング PCHE メタルエッチング プリント回路熱交換器
Photo Chemical Etching PCHE Metal Etching Printed Circuit Heat Exchanger Printed Circuit Heat Exchanger (PCHE) PCHE (Printed circuit heat exchanger) is a weld-ability, corrosion resistance and plate-type heat exchanger, mainly used in oil and gas industries. A PCHE is manufactured from several ...
化学エッチング ステンレスステンレスステンレスステンレスステンレスステンレスステンレスステンレスステンレス
Photo Chemical Etching Ultra Fine Stainless Steel Dermaroller Microneedle For Beauty Xinhaisen produces dermaroller microneedles through etching, which feature ultra-smooth and sharp edges. Using advanced photo chemical etching technology, these microneedles achieve higher quality and significantly ...
電気用 フィルム シェーバー の 鏡 の 仕上げ の 縁 を 備えた 超 精密 な 刻印 の シェーバー の 刃
Ultra-Precise Etched Shaver Blades with Mirror-Finish Edges for Electric Foil Shavers Razor Blades Overview We manufacture high-performance shaver blades using precision metal etching technology. Our blades deliver exceptional sharpness, durability, and comfort for personal grooming products. ...
エネルギー用途向けフォトケミカルエッチング電気コネクタ
High-Precision Photo Chemical Etching for Metal Connectors in Energy Applications Our high-precision photo chemical etching service specializes in producing metal connectors tailored for demanding energy applications , including power distribution systems, renewable energy devices, and electronic ...
優れた導電性と軽量性を備えた、精密エッチングされた燃料電池用アルミニウムバイポーラプレート
Precision Etched Aluminum Bipolar Plates for Fuel Cells with Superior Conductivity & Lightweight Aluminum Etching Overview Xinhaisen specializes in precision chemical etching of aluminum and aluminum alloys, delivering burr-free, stress-free components with exceptional accuracy. Our proprietary ...
ミクロネイルローラー ステンレス鋼 金属エッチング サービス 通過 0.005mm 許容
Micro Needle Rollers for Stainless Steel Material via Metal Etching Fabrication Beauty Needle Micro Needles Rollers XHS produces bio-compatible micro-needles through etching, which feature ultra-smooth and sharp edges. Using advanced etching technology, these micro-needles achieve higher quality and ...
±0.01mmの公差でステンレス鋼製カミソリ刃を化学エッチング
Custom Stainless Steel Razor Blades by Precision Chemical Etching with ±0.01mm Tolerance Razor blades Overview Xinhaisen Technology specializes in precision chemical etching for high-accuracy metal parts. Our razor blades are just one example of the many precision products we produce through our ...
急速プロトタイプ OEM ニックルエッチングによる定番精密金属部品
OEM Custom Nickel Etching Precision Metal Parts From Fast Prototype to Mass Production Xinhaisen is China's leading photochemical etching specialist, with also the capacity of offering stamping and laser-cutting service. We can make nickel plating on the surface of hardware materials, or directly ...
高精度写真化学加工 航空宇宙と電子機器のための ±5μm 蚀刻サービス
Stress-Free Processing Ensures Part Deformation Photochemical Machining (PCM) is a stress-free process based on photolithography and chemical etching. Unlike traditional mechanical cutting, stamping, or laser processing, PCM does not generate thermal or mechanical stress, enabling high-precision ...
無料サンプル 費用 アシドエッチング ステンレス鋼フィルター & メタルスピーカーグリル
Free samples cost Acid Etching Stainless Steel filters & Metal speaker grilles Key Facts About Meshes & Filters Thinner & More Complex Manufactured in a single piece, photo etched meshes can be more complex, thinner and have greater strength, making them more robust during handling. Zero Material ...
