SENZHE WIRE MESH
Small Hole Expanded Metal
Material: Small Hole Expanded Metal Certificate: SGS,ISO9001,IS014001,IS045001 Brand: SenZhe Mesh Support: Standard products, customization Origin: China
Engineered Excellence
The Stainless Steel Dutch Twill series represents the pinnacle of industrial filtration technology. Developed for mission-critical applications where failure is not an option, each roll undergoes rigorous material and geometric verification.
Dutch Twill Weave Architecture
Unlike plain weaves, Dutch Twill utilizes a larger warp wire and a finer weft wire woven in a "two over, two under" pattern. This creates a staggered, three-dimensional aperture path. This architecture allows for maximum wire density, resulting in an incredibly stable mesh that maintains its micron rating even under extreme hydraulic pressure and mechanical stress.
Material Science: AISI 316L / 1.4404
Our 316L (low-carbon) stainless steel is selected for its exceptional resistance to pitting and crevice corrosion. The addition of molybdenum (2.0-3.0%) provides critical protection against chloride-induced stress corrosion cracking, making it the industry standard for marine environments, chemical processing, and pharmaceutical manufacturing.
Precision Manufacturing Protocol
Each loom is equipped with real-time laser monitoring to ensure constant tension-calibration of both warp and weft strands. This process guarantees zero-deviation across 100m+ production runs. Every square centimeter of the mesh is subjected to Automated Optical Inspection (AOI) to confirm uniform aperture geometry and wire integrity.
Industrial Use Cases
The Dutch Twill series is deployed in the world's most demanding environments. In Aerospace, it serves as the primary filter for high-viscosity hydraulic fluids. In Chemical Processing, it facilitates the separation of aggressive catalysts. For Fuel Cell Technology, it provides the necessary gas diffusion layer structure for efficient energy conversion.






Small hole micro-steel mesh is a kind of metal product made by stamping and drawing process, which is characterized by small mesh size and dense arrangement. With this fine aperture structure, small hole micro-steel mesh has shown high practicality and diversification in many applications. At the same time, the product can use a variety of materials according to different needs, such as stainless steel, aluminum, copper, etc., different materials give it rich physical properties to meet the requirements of different occasions.
First, the main characteristics of small holes micro-steel mesh
Fine aperture and high density
Small hole micro-steel mesh is manufactured by a precision stamping and drawing process, and its mesh is usually very small, and the aperture can be controlled in the range of millimeters or even smaller. This makes the product ideal for applications where filtration, permeability, and fine density are strictly required, while ensuring high strength.
A variety of materials available
Another significant advantage of small-hole micro-steel mesh is the diversification of its material selection, according to the specific application needs, users can choose different metal materials. Common materials include:
Stainless steel: Excellent corrosion resistance, suitable for humid, corrosive environments, such as chemical plants and Marine applications.
Aluminum: Light weight, good thermal conductivity and oxidation resistance, often used in electronics and air filtration systems.
Copper: Excellent electrical and thermal conductivity, suitable for electrical equipment and industrial filtration.
Carbon steel: high strength, low cost, suitable for construction and industrial protection scenarios.
High strength combined with lightweight
Although the mesh is small, the small hole micro-steel mesh still maintains a high strength and can withstand a certain pressure and tensile force. At the same time, because of its network structure and lightweight material characteristics, the product is very easy to transport and install, suitable for both strength and lightweight occasions.
Second, the rich application scenarios of small hole micro-steel mesh
Air and liquid filtration
One of the most common application scenarios of small hole micro-steel mesh is filtration. With its fine small hole structure, it can effectively filter particles in air and liquid, and is widely used in air purification equipment, oil-water separator, industrial filter and other occasions to ensure the purity of fluid or gas.
Building and decorative materials
The product is often used in building ceilings, wall panels or decorative materials. Small hole micro-steel mesh can not only provide protection, but also have a certain aesthetic. Its fine mesh can be used for interior decoration, such as partitions, suspended ceilings, curtain walls, etc., to provide ventilation and light transmission while creating a modern and sophisticated feeling.
Electronic and communication equipment
In electronic and communication equipment, micro-steel mesh with small holes is used for protective covers, radiators, shielding covers of electronic products because of its good electrical conductivity and heat dissipation performance. Especially aluminum and copper small hole steel mesh, excellent thermal conductivity, can effectively help the equipment heat dissipation, ensure the stable operation of the product.
Mechanical equipment protection
Micro-steel mesh with small holes is also widely used in the protective cover and ventilation mesh of mechanical equipment. Its fine aperture can effectively prevent fine particles from entering the inside of the equipment, while not affecting the ventilation and heat dissipation of the equipment. In the field of high-precision machinery, such as precision instrument manufacturing, small-hole steel mesh is often used for safety protection and part isolation.
Acoustics and Noise control
Because of its good air permeability and aperture control, small hole micro-steel mesh is also widely used in acoustic engineering, such as loudspeaker mesh covers, acoustic panels for audio equipment, and noise control facilities. It can effectively control the transmission and absorption of sound waves, play a role in noise reduction and audio optimization.
Medical equipment and food industry
In medical devices and food processing, small hole micro-steel mesh is often used in precision filters, sterilizers and cleaning equipment to ensure the purification of gases and liquids and improve product safety. Especially when stainless steel is used, its antimicrobial and corrosion resistance properties are ideal for the stringent requirements of medical environments and food production.
Third, the advantages of small holes micro-steel mesh
Durability and long life
Micro-steel mesh not only has good strength, but also has excellent corrosion resistance, especially stainless steel and aluminum products, can be used in harsh environments for a long time, there will be no rust or material degradation problems.
Both permeability and security
The tight mesh arrangement of the product can effectively block the entry of small particles or foreign bodies, while retaining good permeability and heat dissipation effect, which makes it both safe and practical in protective equipment.
Flexible customization capabilities
The small hole micro-steel mesh can flexibly adjust the size, shape and material of the mesh according to the specific needs, to meet the customized requirements of customers. This flexibility makes it adaptable to a wide range of special applications, be it filtration, decoration or protection.






Industrial
Applications
Our Dutch Twill mesh is the gold standard for high-viscosity liquid filtration and precision gas separation across aerospace and pharmaceutical sectors.
Warp/Weft Precision
Each strand is tension-calibrated during the weaving process to ensure zero deviation in aperture geometry across 100m+ continuous rolls.
Chemical Resistance
The 316L alloy composition provides superior resistance to pitting and crevice corrosion in chloride environments and acidic conditions.
Need a custom weave specification?
Our R&D department specializes in custom alloy meshes for extreme temperature and pressure environments.
