46mm Copper Foil Wire Braided Mesh Tube

Introducing the premium 46mm Copper Foil Wire Braided Mesh Tube, an ideal solution for electromagnetic interference (EMI) shielding, grounding, and cable protection. Built from high-purity copper foil wires tightly braided into a flexible mesh, this tube delivers superior conductivity and durability. Alongside its popular counterparts, including the 41mm Copper Foil Wire Braided Mesh Tube, 42mm Copper Foil Wire Braided Mesh Tube, 43mm Copper Foil Wire Braided Mesh Tube, and 44mm Copper Foil Wire Braided Mesh Tube, the 46mm variant offers a larger diameter to accommodate thicker cable bundles while maintaining exceptional shielding effectiveness. Engineered for industries such as telecommunications, automotive, aerospace, and power generation, the mesh tube withstands harsh environmental conditions, resists oxidation, and provides low-resistance electrical paths. Its braided structure allows for easy expansion and installation over connectors, making it a versatile choice for retrofitting and new installations alike. The braided tube achieves shielding effectiveness levels exceeding 60 dB at frequencies from 30 MHz to 1 GHz when measured per IEEE 299, and its continuous operating temperature spans cryogenic conditions up to 200°C, meeting MIL-SPEC and IPC/EIA J-STD requirements for solderability and reliability.


The 46mm Copper Foil Wire Braided Mesh Tube is engineered to exceed industry benchmarks for shielding performance and mechanical resilience. When installed as a ground strap, it offers a low-inductance path that effectively suppresses high-frequency noise. Users appreciate the convenience of its tubular shape, which slides effortlessly over cable assemblies and can be secured with simple metal clamps or soldered directly to connector backshells. Because the mesh retains its shape after bending, it is easy to route through tight spaces—a frequent challenge in avionics bays or server racks. The product can be easily cut to length and shaped to fit irregular harnesses, simplifying assembly in complex electrical systems. Below are the key features that distinguish this product:

Key Features

  • Material: High-purity oxygen-free copper foil (99.95% Cu)
  • Braid angle: 45° for optimal flexibility and coverage
  • Diameter: 46mm internal, expandable up to 52mm
  • Temperature range: -55°C to 200°C, suitable for extreme environments
  • Corrosion resistance: Natural oxide layer further enhances durability
  • Shielding effectiveness: >60 dB from 30 MHz to 1 GHz
  • Soldering compatibility: Accepts standard tin-lead and lead-free solders
  • RoHS and REACH compliant

Technical Specifications

ParameterValue
Inner Diameter (ID)46 mm (±1 mm tolerance)
Outer Diameter (OD)Approx. 48-50 mm depending on braid tension
Wire Diameter0.12 mm (copper foil strand)
Carrier Count48 carriers
Ends per Carrier8 ends
Coverage≥95% optical coverage
DC Resistance< 5 mΩ/m
Weight per MeterApproximately 350 g
Standard Length50 meters per coil (custom lengths available)
FlammabilityUL 94 V-0 (when combined with appropriate coating)

These specifications make the 46mm Copper Foil Wire Braided Mesh Tube a go-to solution for power plants, data centers, and industrial automation, used in ground straps, cable shielding, and flexible bus bars. Its open-weave design promotes heat dissipation and allows visual inspection without disassembly, saving maintenance time. Custom configurations, including tin-plated or nickel-plated options, can be supplied to match specific environmental or conductivity requirements. Quality assurance includes dimensional checks with laser micrometers, surface resistance measurements, and salt-spray testing per ASTM B117. Each coil is labeled with part number, lot number, and date code for full traceability. Tin plating enhances solderability and reduces oxide formation, while lightweight tin-plated copper-clad aluminum variants are available for weight-sensitive applications. The mesh tube ships on spools or industrial reels with moisture-resistant packaging, ensuring it arrives in optimal condition for immediate integration.

Hot Products

  • Copper Wire Flat Braided Conductor

    Copper Wire Flat Braided Conductor

    The Copper Wire Flat Braided Conductor produced by Quande, the source manufacturer, is a conductive material made from copper wires braided into a flat shape. It is both flexible and durable, offering excellent conductivity. It can easily be tightened around objects of irregular shapes, making it convenient for wiring while also providing electrical conductivity. Additionally, it remains flexible over a wide temperature range.
  • Nylon Mixed Tinned Copper Shielded Mesh Tube

    Nylon Mixed Tinned Copper Shielded Mesh Tube

    Nylon Mixed Tinned Copper Shielded Mesh Tube is a protective tube woven with tinned copper wire + nylon wire. It has good flexibility, can be easily bent, and can adapt to various shapes of wiring needs. This network tube can play a good protective role for the internal cables, such as preventing the cables from being worn and electromagnetic interference. Quande Electronics has always been committed to being a high-demand manufacturer with quality first, service first, and efficiency first, and it also implements the requirements in person.
  • Copper Lightning Grounding Cable

    Copper Lightning Grounding Cable

    The main function of the Copper Lightning Grounding Cable is to introduce the strong current generated by lightning into the earth to prevent buildings, electrical equipment, etc. from being damaged by lightning. When lightning strikes a lightning protection device (such as a lightning rod), the current will be safely released into the earth along the grounding wire because the earth is a huge charge absorber. Generally, materials with good conductivity such as copper or galvanized steel are used to make lightning protection grounding wires, and the grounding resistance is required to be low enough to ensure that the current can be quickly introduced into the earth when lightning strikes. Quande has strong emergency response capabilities and can quickly adjust production arrangements in the face of emergencies to minimize the impact on delivery time.
  • Enamelled Copper Braided Wire

    Enamelled Copper Braided Wire

    The Enamelled Copper Braided Wire produced by Quande is enameled on the basis of copper braided wire. The enameled copper braided wire has good insulation performance, can prevent current leakage and avoid short circuit, and is a good choice for electrical equipment with strict requirements.
  • 3.0MM Solder Wick Braid Wire

    3.0MM Solder Wick Braid Wire

    The 3.0MM Solder Wick Braid Wire is a tool used to remove excess solder from electronic components such as circuit boards. The tin-absorbing copper braid is mainly woven from copper wire. The pure copper tin-absorbing copper braid has good electrical and thermal conductivity, and can quickly transfer heat to melt and absorb the solder. Quande Electronics is constantly pursuing innovation and improvement, using advanced technology and processes to improve product quality, so that it always leads its peers.
  • Tinned Copper Wire Braid

    Tinned Copper Wire Braid

    Tinned copper wire braid is a conductive material woven from tinned copper wires. It has good conductivity, excellent flexibility, strong corrosion resistance, and certain shielding performance. The common diameter of tinned copper wire is between 0.05mm-2.0mm, such as 0.12mm, 0.15mm, etc., which can be selected according to different current carrying requirements and application scenarios. Braiding density: There are low, medium and high densities. The higher the density, the tighter the structure, the better the strength and conductivity, but the flexibility may be slightly worse. It is generally determined according to specific usage requirements. Quande Electronics Manufacturer selects high-quality raw material oxygen-free copper wire and weaves it with a high-speed braiding machine. The product surface is not cut or burred.

Send Inquiry

X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy