"high precision metal bipolar plates"
Fabrication de composants métalliques de précision sur mesure en PCM (Photo Chemical Machining)
Composants métalliques de précision sur mesure fabriqués par usinage photochimique (PCM). Traitement sans bavures et sans contraintes pour pièces métalliques fines avec des tolérances serrées, adapté aux applications médicales, automobiles et électroniques.
avec une résistance de l'ordre de 1 kVA ou plus, mais n'excédant pas 1 kVA
1. Product Overview Our smoke detector filter mesh is high-precision photochemical etching mesh specially designed for fire alarm and smoke sensor equipment. Made of premium stainless steel material, this sensor filter mesh adopts advanced photochemical etching technology to achieve zero burrs, flat surface, uniform micro-hole distribution and stable air permeability. As a core safety equipment filter mesh, it effectively filters dust, fine particles, insects and sundries,
filtres à filet à capteurs de fumée photochimiques de haute précision
1. Product Overview Our smoke detector filter mesh is high-precision photochemical etching mesh specially designed for fire alarm and smoke sensor equipment. Made of premium stainless steel material, this sensor filter mesh adopts advanced photochemical etching technology to achieve zero burrs, flat surface, uniform micro-hole distribution and stable air permeability. As a core safety equipment filter mesh, it effectively filters dust, fine particles, insects and sundries,
Plaques bipolaires à pile à combustible de précision personnalisées par traitement par gravure chimique
High-quality fuel cell bipolar plates made via advanced chemical etching . ISO-certified manufacturer with 13+ years of expertise. Fuel Cell Bipolar Plates: High-Performance Etching Solutions What is a Fuel Cell Bipolar Plates? A fuel cell bipolar plate is a critical component in fuel cell stacks, responsible for distributing reactant gases (hydrogen and oxygen), collecting electrical current, removing heat, and providing structural support. Its precision design directly
Plaque bipolaire en nickel gravé chimiquement avec une épaisseur de 0,5 à 3 mm
Photo Chemical Nickel Etching Bipolar Plate with 0.5-3mm Thickness What is Nickel Etching? Nickel etching is a specialized photochemical machining process that selectively removes nickel or nickel-alloy material to produce precise, burr-free metal parts. It is ideal for creating thin, complex fluidic geometries with exacting tolerances for electrochemical applications. Bipolar Plate Overview Our chemically etched nickel bipolar plates (BPPs) are engineered for demanding
Plaques de champ d'écoulement d'électrolyseur par traitement chimique de gravure
Discover durable electrolyzer flow field plates with precision chemical etching. ISO-certified manufacturer offering titanium/stainless steel flow plates with chemical etching advantages. Electrolyzer Flow Field Plates: Precision-Crafted for Optimal Performance What are Electrolyzer Flow Field Plates? Electrolyzer flow field plates are critical components in hydrogen production systems, designed to evenly distribute reactants (water/electrolytes) and efficiently collect
Maillage métallique de gravure de précision de 0,1 mm sans déchirure et sans stress
0.1mm Thickness Precision Etching Metal Mesh With Burr-free And Stress-free Xinhaisen provides cutting-edge chemical etching solutions for producing filters, sieves, and screens, excelling in speed, adaptability, and cost-efficiency compared to conventional perforation methods. Specifications of Etching Metal Mesh Material Stainless steel 304,316 or according to your request Thickness 0.02mm-1.5mm Tolerance +/-0.005mm Smallest opening 0.08mm Sample Available Filter rating 100
Rouleau métallique à rouleau gravure continue pour pièces métalliques de précision
High-Precision Reel-to-Reel Etching for Custom Metal Parts Production Description of Roll to Roll Continuous Etching: What is Roll to Roll Continuous Etching? Roll to roll continuous etching , also called reel-to-reel etching, is a high-efficiency process where metal coils are continuously fed through the etching line and collected onto another reel. This method is ideal for mass production of thin, intricate, and highly precise components, including lead frames, connectors,
Plaques de champ d'écoulement gravées avec précision sur mesure pour piles à combustible et électrolyseurs PEM
Xinhaisen fabrique des plaques de champ d'écoulement gravées avec précision pour les piles à combustible PEM, les électrolyseurs et les systèmes énergétiques à hydrogène. Des matériaux personnalisés, des conceptions de canaux complexes, des tolérances serrées, un prototypage rapide et une production OEM sont disponibles.
Plaques bipolaires en aluminium gravé avec précision pour piles à combustible, offrant une conductivité supérieure et une légèreté
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 etching process enables complex geometries in aluminum that are difficult or impossible to achieve with mechanical machining, making it ideal for lightweight, high-strength application
Plaques de débit en métal gravé avec précision pour piles à combustible et échangeurs de chaleur avec micro-gravure complexe
Precision Etched Metal Flow Plates for Fuel Cells & Heat Exchangers with Complex Micro Etching Flow Plates Overview Xinhaisen Technology is a leading manufacturer of high-precision etched flow plates used in injection molding, die casting, and industrial fluid distribution systems. Our chemically etched flow plates ensure ultra-smooth material flow, minimal pressure loss, and extended tooling life compared to conventional machined alternatives. Manufacturing Process Our
Disque encodeur en acier inoxydable à grille de précision optique
Stainless Steel Encoder Disc Optical Precision Grating Code Wheel Product Details Encoder Disc is the core precision component of rotary encoders. With precision optical/magnetic patterns engraved on its surface, it rotates synchronously with the shaft. By detecting pattern changes via sensors, it converts angular displacement into electrical signals, achieving high-precision measurement of position, speed and direction. It is widely used in automated motion control systems.
