Raw Edge High Carbon Steel Mesh for Robust and Long-Lasting Structures

Product Description:

Anping Kingdelong Wire Mesh Co., Ltd. (KDL) has been a trusted name in wire mesh manufacturing since 1986. With an annual output approaching 300,000,000 RMB, KDL brings decades of experience, precision engineering, and a relentless focus on durability to every product. The Raw Edge High Carbon Steel Mesh is engineered for demanding structural applications where strength, impact resistance, and long service life are non-negotiable. Designed for robustness in heavy-duty construction, mining supports, architectural reinforcements, and industrial frameworks, this mesh delivers reliable performance under the harshest conditions.

Why raw edge high carbon steel
Superior strength and rigidity: High carbon steel provides excellent tensile strength and stiffness, enabling safer, more reliable structural assemblies.
Enhanced edge integrity: The “raw edge” treatment minimizes fray at cut ends, reducing shedding, wear, and maintenance needs in welded or bolted configurations.
Abrasion and impact resistance: Designed to withstand repetitive loading, vibration, and rough handling found on construction sites and in heavy industry.
Cost-effective durability: Long service life lowers replacement frequency, downtime, and total cost of ownership.

Material and design options
Base material: High carbon steel (offers elevated hardness and strength) with optional surface treatments.
Wire diameter: Customizable to balance strength, weight, and aerodynamics of the structure (typical ranges available on request).
Mesh opening and weave: Available in various aperture sizes and weaves to suit load distribution, filtration, or reinforcement requirements.
Edge and finishing treatments: Bare/galvanized, black oxide, or coated finishes to suit environment and corrosion considerations.

Benefits
Load-bearing reliability: Maintains geometric stability under static and dynamic loads, contributing to safer structures.
Resistance to environmental stressors: Suitable for outdoor, industrial, and harsh environments when paired with appropriate finishes.
Easy fabrication and installation: Standardized panel formats and end-finishing options streamline cutting, welding, and assembly.
Maintenance efficiency: Reduced edge fray minimizes snagging and simplifies inspection and replacement in field operations.

Quality and customization
KDL is committed to precision and reliability. Our raw-edge high carbon steel mesh is manufactured to tight tolerances, with controlled edge finishes to minimize deformation and wear. We offer a range of sizes, wire diameters, and mesh openings, along with compatible frame and mounting solutions to ensure seamless integration into your project. Our engineering team can tailor specifications to meet exact load requirements, local codes, and environmental conditions.

Why choose KDL
Long-standing industry presence since 1986 with extensive production capacity
Comprehensive quality assurance to ensure material integrity and dimensional accuracy
Competitive pricing aligned with global demand without compromising durability
Localized technical support and rapid response from China

Features:

• Product Name:Raw Edge High Carbon Steel Mesh
• Raw-edge finish at cut ends: Minimizes fray and shedding, Reduces wear on welded or bolted connections
• High carbon steel composition:Superior tensile strength and rigidity, Enhanced load-bearing capacity for structural applications
• Customizable wire diameter and aperture: Wide range of mesh openings to match load distribution and reinforcement needs, Easy optimization of strength-to-weight ratio for specific projects
• Easy fabrication and integration: Standardized panel formats and end-finishing options, Compatible with common framing, mounting, and welding methods
• Enhanced durability in harsh environments: Suitable for outdoor, industrial, and aggressive environments when paired with protective coatings,Maintains structural geometry under load to ensure long service life
• Environmental and lifecycle benefits: Long service life reduces replacement frequency and downtime,Optional protective coatings extend lifespan in corrosive or humid environments

Technical Parameters:

Applications:

Kingdelong Woven Wire Mesh Screen, model number KDL, is a versatile product suitable for a wide range of applications across various industries. Made in China, this high-quality mesh screen is designed to meet the needs of customers looking for reliable and durable screening solutions.
With certifications including ISO9001, ISO14001, ISO45001, and SGS, customers can trust the quality and performance of the Kingdelong Woven Wire Mesh Screen. The minimum order quantity for this product is 30sqm, with a price range of $75 to $110 per unit.
When it comes to packaging, the mesh screen is carefully rolled around a paper tube first, with moisture-proof paper outside or plastic fabrics for added protection. Customized packing options are also available to meet specific requirements.
For delivery, customers can expect their orders to be fulfilled within 5 to 7 days if the product is in stock. Payment terms accepted include D/P, T/T, and D/A, providing flexibility for buyers. With a supply ability of 10000sqm, Kingdelong ensures a steady availability of the Woven Wire Mesh Screen.
The Kingdelong Woven Wire Mesh Screen is a crimped wire mesh with mesh shapes available in square and rectangular options. The weave styles include plain, twill, and Dutch, catering to different screening needs. Edge preparations such as selvage and raw edge are available, offering customization for specific applications.
To enhance durability and performance, the mesh screen undergoes surface treatments such as electrolytic polishing, galvanization, and PVC coating. These treatments not only improve the aesthetics but also protect the mesh from corrosion and wear, extending its lifespan.
One of the common applications of the Kingdelong Woven Wire Mesh Screen is in vibrating screens used in industries such as mining, construction, and agriculture. Its reliable construction and precise screening capabilities make it ideal for separating materials efficiently.