Industrial Wire Mesh
Industrial wire mesh is a high-performance industrial filtration mesh designed for fencing
applications requiring airflow, visibility, and debris control.
Industrial Wire Mesh – Fine Mesh for Process Filtration
Industrial wire mesh ensures reliable and efficient separation of particles in various industries — from pharmaceuticals and oil to cement and fertilizers. Available in various micron ratings and materials.
Complete Fencing Solutions
At MV Fence, we offer comprehensive, end-to-end fencing solutions through our flagship Industrial wire mesh system. Each installation is engineered for durability, security, and aesthetic appeal. Our solutions include:
1. SS 304, 316L, and other grades
Our fences are crafted from premium SS 304, 316L, and other durable stainless steel grades, ensuring long-lasting performance, structural integrity, and resistance to harsh outdoor conditions.
2. Available as sintered, woven, or expanded mesh
Choose from sintered, woven, or expanded mesh fence options—each engineered for strength, ventilation, and visibility while providing secure boundary solutions for residential, commercial, and industrial applications.
3. Cut-to-size or in rolls
We offer fencing solutions cut to your exact dimensions or in convenient rolls, allowing flexibility for custom installations, repairs, or large-scale perimeter projects with minimal material waste.
4. Resistant to corrosion and high pressure
Built to withstand corrosion, moisture, and high-pressure environments, our fences offer unmatched durability and performance—ideal for coastal, chemical, and industrial areas requiring strong boundary protection.
5. Cleanable and reusable
Engineered for longevity, our metal mesh fences are easily cleanable and reusable, making them an eco-friendly, low-maintenance choice for secure enclosures and repeat-use boundary installations.
Features
The principles that guide every fence we build, every customer we serve, and every promise we keep.
Maintains high flow rates
Our mesh fences ensure uninterrupted airflow and visibility, making them ideal for areas requiring ventilation without compromising on security or strength.
Minimal clogging
Designed with optimal spacing, our fences resist clogging from debris or dust, ensuring consistent airflow and minimal maintenance in demanding environments.
Harsh-environment ready
Engineered to endure extreme weather, chemicals, and wear, these fences perform reliably in coastal, industrial, and other harsh environmental conditions.
Fits most housings
Our fence mesh easily integrates with existing filter housing systems, offering versatile solutions for filtration and barrier needs across multiple applications.
Applications
We don't just build fences—we build confidence. From expert craftsmanship to timely delivery, discover why customers trust MV FENCE.
Powder sieving (pharma, food)
Mesh fences used around sieving units to ensure safety and controlled access in food and pharma environments.
Air & gas filtration
Fencing with fine mesh helps enclose filtration units while allowing airflow in industrial air and gas systems.
Oil & hydraulic filters
Protective fencing around filter stations prevents unauthorized access and enhances operational safety in oil and hydraulic setups.
Dust & cement capture
Mesh fencing aids in containing airborne dust and cement particles, improving safety in construction and manufacturing areas.
Why Choose Industrial Wire Mesh ?
1. High purity and performance
Made from high-grade steel, our fences deliver superior strength, durability, and consistent performance in demanding outdoor conditions.
2. Available in multiple formats
Offered in woven, expanded, and sintered mesh types to suit various fencing needs and installation preferences easily.
3. Easy maintenance
Designed for minimal upkeep, our fences are easy to clean and maintain, ensuring long-term aesthetic and functional value.
4. Long lifecycle and consistent output
Engineered for longevity, our fences maintain structural integrity and performance across years of continuous use in harsh environments.