Precision Metal Mesh Manufacturer Custom Etched Fine Metal Mesh

Product Specification

Precision Metal Mesh Manufacturer Custom Etched Fine Metal Mesh

Filter Meshes Overview

Precision Metal Mesh is a high-accuracy metal mesh manufactured through Photo Chemical Machining (PCM), also known as chemical etching or photo etching. Compared with woven wire mesh or punched mesh, precision etched metal mesh offers burr-free edges, uniform apertures, complex geometries and exceptional dimensional accuracy, making it ideal for demanding filtration and precision engineering applications.

What is Etching?
Metal etching is a precise, subtractive manufacturing process that uses controlled chemistry to selectively remove material from metal sheets. It produces clean, burr-free parts with complex geometries without heat or mechanical stress, ideal for delicate and high-tolerance parts.

Filter Mesh Features

• Precise & Consistent Apertures: Every opening is identical in size and shape, ensuring predictable and reliable filtration performance.

• Burr-Free & Smooth Surfaces: No loose wires or debris; smooth edges prevent particle trapping and facilitate easy cleaning.

• High Open Area & Strength: Optimized designs provide maximum flow with minimal pressure drop while maintaining structural rigidity.

• Design Flexibility: Any aperture shape (round, square, slot, custom) and pattern layout are easily achievable.

• Material Versatility: Manufactured from stainless steel, copper, titanium, nickel alloys, etc., to suit various chemical and temperature environments.

  
  

  • Burr-free openings
  • No mechanical stress
  • High precision apertures
  • Excellent repeatability
  • Complex mesh patterns
  • Smooth edge quality
  • Suitable for ultra-thin metals
  • Ideal for medical filtration
  • Suitable for aerospace
  • Excellent for fuel cells
  • Consistent hole geometry

  
  

Filter Mesh Specification

Filter Mesh Application

Medical Devices

Used in ventilators, oxygen concentrators, infusion systems, diagnostic equipment and medical filtration components.

Industrial Filtration

Suitable for liquid, gas, oil, fuel, hydraulic and chemical filtration requiring precise particle separation.

Hydrogen Energy

Applied in fuel cells, electrolyzers, hydrogen purification systems and flow distribution components.

Battery Systems

Used in lithium batteries, energy storage systems, electrode supports and current collection components.

Electronics & EMI Shielding

Ideal for EMI/RFI shielding, electronic housings, communication equipment and precision electronic components.

Optical & Sensor Devices

Applied in optical encoders, sensors, measuring instruments and precision analytical equipment.

Aerospace

Used in aircraft filtration, hydraulic systems, fuel management and lightweight precision components.

Automotive

Suitable for fuel systems, transmission filters, sensors, EV battery systems and thermal management applications.

Chemical Processing

Applied in chemical filtration, catalyst support, process control and corrosion-resistant equipment.

Food & Beverage

Used in coffee machines, beverage filtration, food processing equipment and sanitary filtration systems.

Laboratory Equipment

Suitable for laboratory filtration, analytical instruments, testing equipment and scientific research applications.

FAQ

Q1: What is the difference between etched mesh and woven wire mesh?
A: Woven mesh is made by interlacing wires, which can shift under pressure. Etched mesh is created from a solid metal sheet, offering absolute hole position stability, higher flatness, and no risk of wire unraveling. It is ideal for applications requiring rigid, high-precision filtration.

Q2: What is the smallest hole size you can achieve?
A: We can manufacture holes as small as 0.03mm (30 microns) in diameter, depending on the material thickness.

Q3: Can you produce custom shapes (not just round holes)?
A: Yes. We can produce any 2D pattern, including square holes, hexagonal holes, slots, and complex custom logos or designs, without the need for expensive hard tooling.

Q4: Does the etching process leave sharp edges?
A: No. Unlike stamping or machining, our chemical etching process produces a smooth surface with minimal burrs. We can further optimize the process to ensure safe handling and precise flow rates.

Q5: What is your MOQ (Minimum Order Quantity)?
A: We offer low MOQs. We are happy to support small-scale prototyping as well as mass production orders.

Q6: How do you ensure the uniformity of the holes?
A: We utilize high-precision phototools and controlled etching parameters to achieve a uniformity tolerance of ±0.01mm across the entire sheet.

Easy to order! Just contact us with your requirements.