About Oval Shape Compressed Knitted Wire Mesh
Oval Shape Compressed Knitted Wire Meshcan be used in high temperature applications and has excellent filtering capabilities. Therefore, it can be used as air and liquid filtration materials. It has a high resistance to corrosion and temperature resistance.Oval Shape Compressed Knitted Wire Meshis available in all types of alloys like Brass, Bronze, Copper, Hastelloy, Inconel, Iron, Monel, Nickel, Steel, and Stainless Steel.
We offer an exclusive range ofOval Shape Compressed Knitted Wire Meshat unmatched quality and market leading prices.
Adaptable Filtration and SealingThis oval-shaped compressed knitted wire mesh is engineered to offer maximum versatility in industrial filtration, gasketing, vibration dampening, and electromagnetic shielding. Its oval design and compression provide superior performance in restricted spaces, making it ideal for automotive, electronic, and mechanical applications where precision and reliability are paramount.
Custom Design for Precision ApplicationsEvery aspect of the mesh, from dimensions, wire gauge, to density, is customizable according to customer requirements. With available sizes ranging from 10 mm to 500 mm and various surface treatments, you can specify the best configuration to match unique project demands. Edge treatments are also customizable for optimal integration into your systems.
Durability and Corrosion ResistanceConstructed from high-grade stainless steel and specialty metal alloys, this mesh maintains strength and performance under harsh conditions. The product withstands temperatures up to 600C (depending on material) and offers high resistance against industrial chemicals and corrosive agents, ensuring a long operational lifespan and reduced maintenance.
FAQs of Oval Shape Compressed Knitted Wire Mesh:
Q: How is the oval-shaped compressed knitted wire mesh manufactured?
A: The mesh is made by knitting high-quality wire from selected metal alloys into cylindrical formats, which are then compressed into an oval shape. This process enhances surface area, density, and overall structural integrity. Customization is available to meet specific density, wire gauge, and dimensional requirements.
Q: What are the primary applications of this knitted wire mesh?
A: The mesh is used for vibration and noise reduction, gasketing in mechanical seals, air or liquid filtration, and EMI/RFI shielding in electronic assemblies. Its robust, corrosion-resistant construction makes it suitable for automotive, aerospace, electronics, and industrial equipment.
Q: When should I opt for a compressed oval shape over other mesh formats?
A: An oval compressed mesh is ideal when space constraints require a compact seal or filter, or when superior contact and absorption are necessary, such as in narrow gaskets, dampers, and shielding components. Its shape allows for a snug fit in complex assemblies.
Q: Where can the oval compressed mesh be installed?
A: It can be installed in environments exposed to vibration, noise, chemicals, and high temperatures, such as engine compartments, HVAC systems, electronic enclosures, and industrial machinery. The mesh adapts to curved or irregular surfaces, offering reliable sealing and protection.
Q: What is the minimum order quantity (MOQ) and how is it packaged?
A: The standard MOQ is 100 pieces, though it can be specified as per agreement. Products are securely packed in carton boxes or wooden cases to protect them during transit and storage, ensuring they arrive in optimal condition.
Q: How do customization options benefit my application?
A: Customizable aspects, such as length, mesh density, wire gauge, edge treatment, and material selection, allow precise adaptation to your filtration, sealing, or shielding needs. This ensures maximum performance, longevity, and compatibility with your specific application.
Q: What level of filtration efficiency and temperature resistance can I expect?
A: The mesh provides up to 99% filtration efficiency, depending on its compression and knit pattern, and withstands temperatures up to 600C, subject to the chosen alloy. This makes it reliable for critical filtration tasks and in high-temperature industrial processes.