Chemical Etched Filtration Mesh with Excellent Uniformity & Corrosion Resistance

Chemical Etched Filtration Mesh with Excellent Uniformity & Corrosion Resistance

Filter Mesh Overview

Xinhaisen Tech's Precision Metal Filter Mesh delivers reliable and consistent performance for critical filtration applications. Using advanced chemical etching, we create clean, burr-free meshes with exact hole patterns, ensuring optimal flow rates and structural integrity for industries from medical to automotive.

Manufacturing Process

We use photochemical etching, a digital and flexible manufacturing process. It involves selectively removing metal with chemicals to create precise, stress-free holes without burrs or deformation, perfect for complex and custom designs.

Filter Mesh Features

• High Precision & Consistency: Achieve uniform apertures with tolerances as tight as ±0.01mm.

• Burr-Free & Stress-Free: The etching process leaves no burrs, preventing contamination and ensuring smooth operation.

• Wide Range of Materials: We can process various metals including Stainless Steel (SS304, SS316), Copper, Aluminum, and Titanium.

• Customizable Designs: Easily create custom hole shapes (round, square, slot) and patterns to meet specific filtration needs.

• Durability & Corrosion Resistance: Metal meshes offer excellent resistance to heat, pressure, and corrosive environments

Filter Mesh Specification

Filter Mesh Applications

• Medical & Healthcare: Filters for respiratory devices, fluid lines, and surgical instruments. Used in components like Atomizing Sheets for nebulizers.

• Automotive & Transportation: Fuel filters, oil filters, air intake screens, and sensor protection meshes.

• Consumer Appliances: Durable filter screens for Coffee Makers, Juicers, dishwashers, and water purifiers.

• Industrial Filtration: Filters for hydraulic systems, chemical processing, and various liquid/gas separation tasks.

• Electronics & Acoustics: Precision meshes for speaker grilles and microphone protection in communication devices.

Why Choose Xinhaisen?

• Unmatched Precision: We specialize in micro-etching, capable of achieving ultra-fine features like 0.03mm holes, making us the ideal partner for high-tech applications.

• Speed & Flexibility: Our efficient process and supply chain management allow us to handle both urgent, small-batch prototypes and high-volume production orders with rapid turnaround times.

• Material Expertise: We have extensive experience etching a wide variety of metals, ensuring we recommend and process the best material for your application.

• Proven Reputation: We are recognized by our clients for our high quality, fast delivery, and diverse manufacturing capabilities.

Welcome to contact at any time!

For over 13 years Xinhaisen has pioneered developments in photochemical etching, achieving standards admired by the industry and appreciated by a global customer base from a wide range of high-tech engineering markets.

Since found in 2012, in affiliating with our customers we have pioneered many new production techniques and methodologies in order to better serve their needs. It is these techniques that have advanced our capabilities further, enabling us to take what was once considered art and turn it into a science.

Now, we became China's leading photochemical etching specialist, with also the capacity of offering stamping and laser-cutting service. Our products include etching bipolar plates for fuel cell, speaker grills, micro meshes&filters, tea&coffee infusers, shims&gaskets, Optical encoderdisk&strip, EMI/RFI shielding, Leadframes, connectors&contacts, printingstencils&foils and metal crafts.

Quality and service is our mission, Xinhaisen is committed to pursuing the highest standards of environmental performance. Responsibility for sustainability resides with all employees. The company has achieved ISO 14001 and IS0 9001 and IATF 16949 and is committed to maintaining that standard. With a fast response, high quality, best service and fair price, we have gained high reputation from our customers all over the world.