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Micro Perforated Stainless Steel Sheet 0.1 - 10.0mm Hole Diameter
| Place of Origin | China |
|---|---|
| Фирменное наименование | TISCO |
| Сертификация | ISO |
| Model Number | 304 316L 430 410S.etc |
| Minimum Order Quantity | 500 kgs |
| Цена | 2100 - 3200 USD/Ton |
| Packaging Details | standard packing for export |
| Delivery Time | 5 - 12 days based on the quantity |
| Payment Terms | T/T, Western Union, L/C |
| Supply Ability | 10 Ton per week |
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xПодробная информация о продукте
| Products | Stainless Steel Micro Perforated Sheet | Grade | 304 201 316L 430 410S.etc |
|---|---|---|---|
| Hole Diameter | 0.1 - 10.0mm | Size | 1000*2000mm 1219*2438mm 1500*3000mm |
| Thickness | 0.3 - 3.0mm | Type | cold rolled |
| Surface | 2B | application | industrial |
| Packing | wooden pallets |
Характер продукции
Micro Perforated Stainless Steel Sheet 0.1 - 10.0mm Hole Diameter
Products Specification:
| Product Name | Stainless Steel Perforated Sheet |
| Grade | 201 304L 304 309S 310S 321 317L 316L 316Ti 2205 2507 904L 254SMO 409L 436 441.etc |
| Hole Shape | Diamond, Round, Square, Hexagon |
| Size for mesh panel | 1000*2000mm, 1200*2400mm, 1250mm*2500mm, as customized |
| Hang Thickness | 0.3mm-10mm |
| Hole Size | Diameter 0.1 - 10.0mm |
| Techniqe | Perforated |
| Application | Office Ceiling, Building protection, Indoor decoration |
1. Product Overview
Our Stainless Steel Microporous Mesh Plate is a high - precision product designed for a wide range of applications. It is crafted from high - quality stainless steel materials, such as SUS304, SUS316, and SUS316L, ensuring excellent corrosion resistance, high temperature resistance, and durability.
2. Product Features
2.1 Precise Pore Sizes
The pore sizes of our microporous mesh plates can be precisely controlled, ranging from as small as 0.08mm to 2mm. This high precision allows for efficient separation and filtration in various industrial processes. Whether it is filtering out fine particles in the pharmaceutical industry or separating different substances in chemical engineering, our mesh plates can meet the strict requirements of precise filtration.
2.2 Uniform Pore Distribution
The pores are evenly distributed across the mesh plate surface. This uniform distribution ensures consistent performance throughout the plate, providing stable filtration efficiency and flow rate. No matter where the fluid or gas passes through the mesh plate, it can achieve the same high - quality separation effect.
2.3 Smooth Surface and Hole Walls
The surface of the mesh plate and the hole walls are smooth. This not only reduces the resistance during the fluid or gas passing process, improving the flow rate, but also makes it easier to clean the mesh plate. In applications where hygiene is crucial, such as the food and beverage industry, the smooth surface can prevent the adhesion of impurities and bacteria, ensuring product quality and safety.
2.4 High Strength and Durability
Made of high - quality stainless steel, our microporous mesh plates have high mechanical strength. They can withstand high pressure differentials, vibrations, and mechanical impacts during operation, maintaining their structural integrity for a long time. This high strength and durability make them suitable for use in harsh industrial environments.
3. Manufacturing Process
We use advanced manufacturing technologies, such as laser punching, chemical etching, and electroforming, to produce microporous mesh plates.
3.1 Laser Punching
Laser punching is a highly precise method. The high - energy laser beam can quickly melt and vaporize the stainless - steel material at the designated positions, creating holes with accurate diameters and smooth edges. This method is suitable for producing mesh plates with small pore sizes and high - precision requirements.
3.2 Chemical Etching
In the chemical - etching process, a chemically resistant mask is applied to the stainless - steel plate according to the designed pattern. Then, the plate is immersed in a chemical etching solution. The unmasked areas are gradually etched away, forming pores. Chemical etching can produce complex pore patterns and is suitable for mass production.
3.3 Electroforming
Electroforming involves depositing metal ions onto a patterned mandrel in an electrolytic bath. After the metal layer reaches the required thickness, the mandrel is removed, leaving behind a microporous mesh plate with a precise shape and high - quality surface finish. This method is often used to produce mesh plates with extremely fine pore structures.
4. Applications
4.1 Filtration in the Pharmaceutical and Food Industries
In the pharmaceutical industry, our microporous mesh plates are used for filtering drugs, raw materials, and solvents to ensure product purity. In the food and beverage industry, they are applied to filter beverages, such as beer and fruit juice, as well as in the production of dairy products to remove impurities and ensure food safety.
4.2 Precision Filtration in Chemical Engineering
For chemical reactions and separation processes, our mesh plates can effectively filter out solid particles, catalysts, and impurities in chemical fluids, improving the efficiency and quality of chemical production. They are also used in the filtration of industrial wastewater and exhaust gas treatment to meet environmental protection requirements.
4.3 Electronic and Semiconductor Manufacturing
In the electronic and semiconductor industries, microporous mesh plates are used for applications such as wafer cleaning, chemical - mechanical polishing slurry filtration, and gas - phase deposition processes. Their high - precision pore sizes and smooth surfaces can meet the strict requirements of these high - tech manufacturing processes.
4.4 Automotive and Aerospace
In the automotive industry, they can be used in fuel filters, oil filters, and air filters to improve the performance and reliability of engines. In the aerospace field, they are applied in aircraft fuel systems, hydraulic systems, and environmental control systems to ensure the safe operation of aircraft.
5. Product Specifications
5.1 Material
- SUS304: Offers good corrosion resistance in general environments, with a chemical composition including chromium (Cr) 18 - 20%, nickel (Ni) 8 - 10.5%, and a small amount of carbon (C), manganese (Mn), silicon (Si), phosphorus (P), and sulfur (S).
- SUS316: Contains molybdenum (Mo) 2 - 3% in addition to the elements in SUS304, providing enhanced corrosion resistance, especially in chloride - containing environments.
- SUS316L: A low - carbon version of SUS316, with a carbon content of ≤0.03%, which further improves its corrosion resistance in welding applications.
5.2 Pore Sizes
- Available pore sizes range from 0.08mm to 2mm. We can also provide customized pore sizes according to specific customer requirements.
5.3 Plate Thickness
The thickness of the mesh plates typically ranges from 0.1mm to 3mm. Thinner plates are suitable for applications requiring high - precision filtration with small pore sizes, while thicker plates can withstand higher pressure differentials.
5.4 Plate Dimensions
Standard plate sizes are available in 1000mm×2000mm and 1219mm×2438mm. However, we can also produce non - standard sizes according to customer orders to meet different project needs.
6. Quality Control
We have a strict quality - control system in place to ensure that each microporous mesh plate meets the highest quality standards.
6.1 Raw Material Inspection
All incoming stainless - steel materials are carefully inspected for their chemical composition, mechanical properties, and surface quality. Only materials that pass the inspection are used in production.
6.2 In - Process Inspection
During the manufacturing process, regular inspections are carried out to monitor the pore size, pore distribution, and surface quality of the mesh plates. Advanced inspection equipment, such as optical microscopes, scanning electron microscopes, and coordinate measuring machines, is used to ensure high - precision production.
6.3 Final Product Testing
Before packaging, each finished mesh plate undergoes a series of comprehensive tests, including pressure - resistance tests, filtration efficiency tests, and corrosion - resistance tests. Only products that pass all these tests are allowed to leave the factory.
7. Packaging and Delivery
7.1 Packaging
Our microporous mesh plates are carefully packaged to prevent damage during transportation. Each plate is wrapped in a layer of anti - rust paper and then placed in a sturdy wooden box. The wooden box is further secured with foam padding to ensure that the product remains intact during long - distance transportation.
7.2 Delivery
We cooperate with reliable logistics partners to ensure timely delivery. Depending on the customer's location and order quantity, we can choose the most suitable transportation method, such as sea freight, air freight, or land transportation. We will also provide tracking numbers to customers so that they can monitor the delivery status of their orders at any time.
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