Ultra-Thin Etched Metal Filter Screens & Stainless Steel Meshes for UK Market

Ultra-Thin Etched Metal Filter Screens & Stainless Steel Meshes for UK Market

Filter Meshes Overview
Shenzhen Xinhaisen specializes in manufacturing high-precision metal etched filter meshes for critical filtration and flow control applications. Utilizing advanced chemical etching technology, we produce meshes with exceptional accuracy, uniformity, and repeatability from a wide variety of metal materials. Our filter meshes are engineered for industries where performance, reliability, and design flexibility are paramount.

Manufacturing Process
Our filter meshes are produced through a sophisticated chemical etching process:

• Cleaning & Preparation: The selected metal sheet is thoroughly cleaned.

• Lamination: A light-sensitive photoresist is applied to the metal surface.

• Exposure & Development: A precise photographic tool (photomask) of the mesh design is used to expose and develop the resist, creating a protective stencil.

• Etching: The panel is exposed to a controlled chemical etchant, which removes exposed metal areas to form the mesh pattern with high fidelity.

• Stripping & Finishing: The remaining resist is removed, and the mesh undergoes final cleaning, inspection, and optional post-processing (e.g., plating, annealing).

Filter Meshes Features

• Extreme Precision: Capable of micro-holes as small as 0.03mm in diameter and web widths down to 0.015mm.

• Excellent Uniformity: Mesh patterns are highly consistent with tolerances within ±0.01mm, ensuring predictable and reliable performance.

• Burr-Free & Stress-Free: The etching process produces smooth, clean edges without mechanical stresses, burrs, or deformations.

• Material Versatility: We can process various metals, including stainless steel, copper, brass, aluminum, and specialty alloys.

• Design Flexibility: Ideal for complex patterns, custom hole shapes (round, square, slot), and varying densities without the cost of hard tooling.

Filter Meshes Specifications

Filter Meshes Applications
Our etched filter meshes are essential components across multiple industries:

• Medical & Healthcare: Filters for respiratory devices, fluid lines, surgical tools, and implants.

• Automotive & Transportation: Fuel filters, oil filters, sensors, exhaust components, and cabin air systems.

• Consumer Electronics: Speaker grilles, microphone meshes, EMI/RFI shielding vents, and fluid management in devices.

• Industrial & Chemical: Filters for process fluids, gases, sieves, and catalyst supports.

• Aerospace: Critical filtration for hydraulic and fuel systems, sensors, and ventilation.

• Appliances: Filter screens for coffee makers, juicers, dishwashers, and HVAC systems.

Our Advantages 

• Speed & Agility: Unmatched rapid response from material procurement to processing, ideal for urgent and high-volume orders.

• High Precision & Quality: Commitment to producing components with the highest accuracy and consistency.

• One-Stop Service: Expertise in handling the entire process from material selection and prototyping to finishing and quality control.

• Proven Reputation: Recognized by our clientele for high quality, fast delivery, and the ability to handle a diverse range of products.

FAQ

• Q: What is the main benefit of chemical etching for filter meshes?
  A: Etching allows for extremely precise, burr-free, and stress-free mesh production without altering the material's properties. It is perfect for thin materials and complex designs that are difficult or impossible with punching.

• Q: Can you work with my custom CAD design?
  A: Yes. We specialize in converting customer-provided CAD files into production-ready etched meshes.

• Q: What are your prototyping and lead time capabilities?
  A: We excel at fast-turn prototyping and large-scale production. Please contact us with your specific requirements for an accurate timeline.

• Q: Do you provide additional post-processing services?
  A: Yes. We offer various finishing options such as electropolishing, plating, annealing, and forming to meet your final application needs.

Welcome to contact us at any time!