HOTLINE

189-3869-3452 0513-8160 1666
  • Microporous mesh
  • Microporous mesh
1/1
Microporous mesh
A micromesh is a mesh material with a tiny aperture, usually made of metal, plastic, or composite materials.

189-3869-3452 0513-8160 1666

PRODUCT DETAILS

Microporous Mesh - High Precision Etched Filter Support Mesh

Product Name: Microporous Mesh / Precision Etched Microporous Filter Support Mesh

Product Introduction

Microporous mesh is a high-precision micro-aperture mesh material manufactured through professional photochemical etching technology. Different from traditional woven mesh and mechanical punching mesh, our etched microporous mesh features uniform aperture, smooth hole wall, no burrs, no deformation, and stable structural flatness. It is mainly made of high-quality metal materials including stainless steel, copper, nickel and alloy materials, and can also be customized with composite materials according to customer application scenarios. With ultra-thin thickness, micron-level dimensional accuracy and excellent pressure resistance and corrosion resistance, the microporous mesh has become a core precision accessory for industrial fine filtration, electronic shielding, medical biochemistry and precision equipment supporting applications.

Wide Application Fields

Our custom microporous mesh covers almost all high-precision industrial scenarios, including filtration and separation, electronics and electrical appliances, medical and biological engineering, architectural decoration, automotive transportation, food and beverage processing, environmental protection and energy saving equipment, and intelligent industrial manufacturing. It is widely used for filter support, dustproof protection, liquid and gas purification, microbial filtration, precision screening, electromagnetic shielding and structural support, providing stable and reliable micro-hole solutions for high-end manufacturing industries.
        09082688450

Professional Etching Production Process

We adopt standardized and mature photochemical etching manufacturing flow to ensure consistent precision and stable batch quality. The complete production procedures include: Material opening → Plate cleaning → Dry film lamination or protective coating → Constant temperature drying → Precision exposure imaging → Chemical development → Secondary drying → Precision etching molding → Film stripping and cleaning → Strict quality inspection → Finished product packaging and shipment. The whole process is fully controlled to avoid dimensional deviation, hole blockage and surface scratches, realizing high yield and high consistency mass production of ultra-precision microporous mesh .

Core Manufacturer Advantages

First, we own more than 20 years of professional precision etching experience since 2025, focusing on R&D, innovation, production and sales of high-end filter support mesh and etched precision parts. We adhere to refined manufacturing technology and long-term brand operation, committed to building a long-term reliable etching enterprise in China’s precision processing industry.

Second, the company has obtained authoritative international system certifications, including ISO9001:2008 quality management system certification, ISO14001:2004 environmental management system certification, automotive industry ISO/TS 16949 certification and national high-tech enterprise qualification. All production processes comply with international quality and environmental standards, ensuring stable and traceable product quality for global industrial customers.

Third, equipped with a professional R&D team and complete technical reserves, we independently develop high-performance and microporous mesh  filter support mesh. Our products show outstanding advantages in filtration efficiency, structural compressive strength, acid and alkali corrosion resistance, flatness stability and service life, fully meeting the strict requirements of high-end precision filtration and precision equipment assembly.

Fourth, we have standardized supporting production systems, including automatic medicinal water adding and regeneration system and self-built large-scale sewage treatment system. The wastewater reuse rate exceeds 40%, realizing green, environmentally friendly and sustainable industrial production, while ensuring stable product quality and controllable production cost.

Fifth, we support ultra-high precision customized production. The minimum product thickness can reach 0.02mm, and the maximum etching forming size covers 800*700mm. The overall dimensional accuracy can reach ±0.005mm, which is far higher than the industry average, suitable for ultra-thin, ultra-fine and ultra-precision micro-hole mesh customization of various complex specifications.

Sixth, we provide one-stop professional technical services. Our senior technical team can offer comprehensive technical consultation, scheme optimization and personalized customization solutions. We help customers optimize filtration structure, improve filtration efficiency and reduce assembly costs, providing reliable long-term supporting products and technical support for global buyers.

 


PRODUCT CHARACTERISTICS




HOT PRODUCT
Etching net

Etching net

Etching net refers to the use of corrosive liquid or laser engraving and other means, the metal plate etching, thus forming a hollow net.Used in integrated circuit printing, fluorescent screen electronic grille, precision filtration, microelectrode elements, etc.
Diaphragm

Diaphragm

The diaphragm belongs to an optical element in the optical instrument (optical device group). According to its different functions, it is divided into aperture diaphragm and field diaphragm, which are usually used in teaching instruments and medical equipment
Microporous screen

Microporous screen

Microporous filter screen is used in medicine, chemical industry, electronics, beverage, wine, biochemical water treatment, environmental protection and other filter equipment indispensable parts.
Microchannel plate

Microchannel plate

Microchannel plate is a kind of electron multiplier device manufactured by precision etching process, which is used for electron multiplication and signal amplification.