Wire Mesh Services
Metal wire mesh is an important material in the fields of industry, construction, agriculture, etc. The diversity of its application scenarios determines that customers have different requirements for product performance, specifications, appearance, etc. As a company deeply engaged in the field of metal wire mesh manufacturing, we are well aware that “standardized production” cannot meet the actual needs of all customers. Therefore, we focus on providing “full-process customized services” from multiple dimensions such as material selection, process optimization, surface treatment, and functional design to help customers solve industry pain points and improve product competitiveness.
Customized surface treatment
Surface treatment is a key link for wire mesh to adapt to complex environments. We provide a variety of technical solutions:
Anti-corrosion treatment: hot-dip galvanizing, electro-galvanizing, PVC/PE coating, anodizing, etc., suitable for corrosive environments such as chemical and marine.
Functional coating: anti-static coating (electronics industry), high temperature resistant coating (metallurgical industry), fluorescent coating (safety logo), etc.
Appearance customization: polishing (mirror effect), sandblasting (matte texture), color spraying (matching brand VI), etc., to enhance the beauty of the product.
Raw material customization
The core performance of metal wire mesh depends on the selection of raw materials. We flexibly provide the following customization solutions based on the customer’s usage scenarios:
Material diversity: stainless steel (304/316L corrosion resistance), low carbon steel (high hardness), galvanized steel wire (rust-proof), titanium alloy (high temperature resistance), etc., to meet the requirements of corrosion resistance, wear resistance, tensile strength, etc. in different environments.
Precise control of wire diameter and specifications: support customization of wire diameter 0.02mm-14mm and mesh number 1-500 mesh to ensure that indicators such as filtration accuracy, load-bearing capacity or light transmittance meet the standards.
Environmental protection and certification requirements: comply with international environmental protection standards such as RoHS and REACH, provide material composition reports and third-party testing and certification.
Customized processing and post-processing
The final form of the wire mesh needs to be seamlessly connected with the customer’s equipment or installation environment:
Cutting and forming: laser cutting, CNC bending and other technologies support the processing of special-shaped mesh (circular, arc, three-dimensional structure), and the error is controlled within ±0.1mm.
Edge and accessory processing: edge welding, mounting hole punching, hook/flange attachment to ensure fast installation and safe use.
Inspection and delivery
We ensure that customized products meet customer expectations through a full-process quality control system:
Customized inspection standards: formulate exclusive inspection plans based on customer industries (such as food-grade screens must comply with FDA standards).
Digital tracking: traceability from raw material batches to production processes, supporting video factory inspections or third-party inspections.
Logistics solution optimization: shockproof and moisture-proof packaging, roll/sheet net packaging, container reinforcement, etc., to ensure long-distance transportation safety.
Process customization
The weaving process of the wire mesh directly affects its structural strength and functional characteristics. Through technical accumulation, we tailor process solutions for customers:
Flexible selection of weaving methods: plain weave (strong versatility), twill weave (high tensile strength), mat weave (ultra-high density), double twisted (impact resistance), etc., suitable for screening, protection, decoration and other purposes.
Special structural design: diamond mesh, chain link fence, welded mesh, punching mesh and other structural customization to meet differentiated scene requirements (such as mine screening, building exterior wall decoration).
Process parameter optimization: by adjusting parameters such as tension, weaving speed, node processing, etc., improve the flexibility, flatness or fatigue resistance of the product.
