“Lock crimp” is a crimp type that is commonly employed when woven wire mesh is manufactured. Similar to intermediate crimp, “lock crimp” is also comprised of pre-crimped wires. The distinguishing feature of lock crimp is the bump or knuckle that forms over each intersecting set of wires. These knuckles lock the mesh in place and create an extremely rigid product. And finally, the wires on a lock crimp are straight between intersections, while the wires with the intermediate crimp are corrugated.
Brief: Discover the Heavy Duty Stainless Steel Crimped Mesh with openings from 10mm to 100mm, designed for strength and durability. This Lock Crimp Mesh features a firm structure, ensuring no wire movement, making it ideal for industrial applications. Perfect for mining, construction, and filtration needs.
Related Product Features:
Pre-crimp technique ensures no wire movement for a sturdy structure.
Available in openings from 10mm to 100mm for versatile applications.
Made from high-quality stainless steel for corrosion and wear resistance.
Heat, acid, and alkali resistant for long-lasting performance.
Ideal for mining, construction, and filtration industries.
Custom sizes available upon request to meet specific needs.
Durable and impact-resistant for heavy-duty use.
Packaged securely in waterproof paper and pallets for safe transport.
Faqs:
What materials are used in the Heavy Duty Stainless Steel Crimped Mesh?
The mesh is made from low/mild/high carbon steel and stainless steel grades like 201, 202, 304, 316, 321, 410, and 430. Other materials like copper, aluminum, and nickel alloys are also available.
What are the common applications of this crimped mesh?
It is widely used in wastewater treatment, oil refining, mining, construction, and food processing industries for filtering and screening. It is also used in architectural and industrial design applications.
Can custom sizes and packing options be provided?
Yes, custom sizes and packing options are available upon request to meet specific requirements, ensuring the mesh is delivered securely and efficiently.