Engineered for Performance & Durability
Manufactured with precision punching technology, our perforated sheets and plates deliver excellent strength, ventilation and filtration performance. With customizable materials, hole patterns and dimensions, they provide reliable solutions for industrial, architectural and decorative applications.

Engineered for Reliable Industrial Filtration
Our Pleated Wire Mesh Metal Filters combine precision pleating technology with premium stainless steel mesh to deliver superior filtration efficiency, high dirt-holding capacity and long-lasting durability. Designed for demanding industrial environments, they provide dependable performance with easy cleaning and extended service life.

Stainless Steel Wedge Wire Johnson Filter for Industrial Filtration
Manufactured using precision resistance welding technology, our Wedge Wire Johnson Filters feature V-shaped profile wires that create continuous slot openings for efficient filtration and excellent flow performance. Designed for water treatment, oil & gas, mining, food processing and industrial separation, these filters provide high strength, corrosion resistance and customizable dimensions to meet diverse application requirements.

Powder Sintered Metal Filter Elements for Industrial Filtration
Our powder sintered filter elements are produced using premium stainless steel, bronze, titanium and nickel alloy powders through advanced sintering technology. Featuring a uniform porous structure, high mechanical strength and superior corrosion resistance, they deliver reliable filtration for liquid, gas and chemical processing applications. Available in multiple pore sizes, shapes and customized configurations to meet diverse industrial requirements.

Precision Filtration for the Most Demanding Industries
Engineered with advanced multi-layer vacuum sintering technology, our filter elements deliver exceptional filtration efficiency, superior structural strength and long-term reliability. Designed for high-pressure and high-temperature environments, they provide consistent performance in critical industrial filtration systems.

Our photo etched filter mesh is manufactured from premium stainless steel, nickel, titanium and other specialty alloys using precision chemical etching technology. With burr-free openings, excellent dimensional accuracy and customizable hole patterns, it is widely used in precision filtration, electronics, medical devices, fuel cells, aerospace and industrial screening applications.

Test Sieves are widely used for particle size analysis, gradation separation and material testing in laboratories and quality control departments. Manufactured from high-quality stainless steel or brass, our test sieves feature precise mesh openings, uniform performance and long service life.
Compliant with ISO, ASTM, EN and other international standards, they provide accurate and repeatable test results for a wide range of materials.

Metal conveyor belt is made of high-quality stainless steel wire, featuring high temperature resistance, wear resistance and stable structure. It runs smoothly, is easy to clean and durable. Widely used for drying, baking, freezing and food processing production lines. Custom sizes and mesh types are available.

Our filter mesh caps and screen plates are manufactured from premium stainless steel wire mesh and perforated metal to provide accurate filtration, superior corrosion resistance and long service life. Widely used in industrial filtration, hydraulic systems, chemical processing, water treatment and food production, they are available in custom sizes, mesh specifications and structural designs to meet diverse application requirements.

Manufactured from premium-grade titanium, our electroplating titanium baskets and frames provide superior corrosion resistance, excellent electrical conductivity and extended service life. Suitable for nickel, copper, zinc, silver and gold electroplating applications, they are widely used in electroplating plants, PCB manufacturing, chemical processing and metal finishing industries.