Hose braids
- Effective protection against electromagnetic interference
- Reliable materials for long-lasting protection
- Customized solutions for individual requirements
Over 60 years of experience
in the electrical engineering and electronics industry
Short delivery times
through optimized warehousing
Germany and Switzerland
Dual location strength and reliability
Braided sleeving as our EMC and shielding solutions
Knitted wire mesh tapes
| Width (mm) | 25 - 60 |
| Diameter (mm) | 16 - 38 |
| Length (m) | 25 - 50 |
| Weigth (gr) | 9,5 - 73 |
| Wire count | 1 - 5 |
| Wire Ø | 0,12 - 0,15 |
| Material | Tinned Copper |
Tinned copper tubular braid
| Ø nominal (mm) | 3 - 80 |
| Ø mini (mm) | 1,5 - 50 |
| Ø Maxi (mm) | 6 - 100 |
| Number of wire | 3x24 - 15x48 |
| Wire Ø (mm) | 0,15 - 0,3 |
| Weight (g/m) | 13 - 680 |
Rilsan tubular braids
| Ø Nominal (mm) | 3 - 40 |
| Ø Mini (mm) | 2 - 32 |
| Ø Maxi (mm) | 5 - 50 |
| Number of wire | 3x16 - 7x64 |
| Wire Ø | 0,3 |
| Weight (g/m) | 25 - 230 |
Polyamid 6.6 tubular braid
| Wire diameter | 0.29 mm |
| Density (EN 13392) | 1.14 g/cm3 |
| Color | Grey or Black |
| Flame retardant | UL94 V2 |
| Melting point | 255°C |
| Ø Nominal (mm) | 3 - 40 |
| Ø Mini (mm) | 2 - 22 |
| Ø Maxi (mm) | 5,5 - 53 |
| Number of wire | 3x16 - 7x64 |
| Wire Ø | 0,29 |
| Weight (g/m) | 4,65 - 47 |
Stretched tubular braids
| Tin thickness | Quality C (grade A NFC 31 111, ~ 0.1 μm) |
| Service temperature | -65 °C to 150 °C |
Braided sleeving for the protection of electronic devices and systems
Braided sleeving or metal braided sleeving are key components for shielding electromagnetic interference (EMC) in sensitive systems. These metal braids act as a cylindrical shielding fabric and ensure a stable signal environment thanks to a defined braid structure with an optimized braiding angle and a high degree of coverage.
Our solutions include earthing tapes, wire mesh tape, tinned copper braided sleeving and flexible polyamide braided cable protection sleeving. In addition, electrically conductive round braiding and expandable braided sleeving made of PET are used, which enable cable bundling and cable protection as well as mechanical relief of cables. Stainless steel braided sleeving for industrial applications with high corrosion resistance and excellent media resistance is also available for demanding environments.
Braid density, precise wire diameter and low contact resistance for the safe discharge of interference currents are technically crucial. Our braided conduits meet relevant requirements such as EN 50121 (railroad applications EMC) and ensure that your systems function reliably.
Our solutions include earthing tapes, wire mesh tape, tinned copper braided sleeving and flexible polyamide braided cable protection sleeving. In addition, electrically conductive round braiding and expandable braided sleeving made of PET are used, which enable cable bundling and cable protection as well as mechanical relief of cables. Stainless steel braided sleeving for industrial applications with high corrosion resistance and excellent media resistance is also available for demanding environments.
Braid density, precise wire diameter and low contact resistance for the safe discharge of interference currents are technically crucial. Our braided conduits meet relevant requirements such as EN 50121 (railroad applications EMC) and ensure that your systems function reliably.
Braided sleeving for optimum EMC shielding
EMC and shielding solutions using braided sleeving, enquire directly and get advice.
Design and function of EMC and shielding solutions in electronics
Braided sleeving consists of conductive structures that are designed as braided sleeving or metal fabric sleeving and specifically block or dissipate electromagnetic fields. Such systems are used as EMC shielding braids for cables or shielding braids for cables in order to minimize interference signals in sensitive lines. In practice, they are also used as braided sleeving for earthing and equipotential bonding and assume the function of an equipotential bonding conductor.
The technical design is based on closely interwoven wire structures with defined conductivity, resulting in effective wire mesh EMI shielding. Variants such as round braided sleeving or braided cable protection sleeving are used for sheathing and also act as a protective braid against mechanical stress.
High-temperature-resistant braided sleeving and combinations with copper shielding foil are used for demanding environments. Important characteristic values are surface resistance <10 mΩ="1"> and stable shielding effect according to EN 55032, which ensures EMC safety in compliance with standards.
The technical design is based on closely interwoven wire structures with defined conductivity, resulting in effective wire mesh EMI shielding. Variants such as round braided sleeving or braided cable protection sleeving are used for sheathing and also act as a protective braid against mechanical stress.
High-temperature-resistant braided sleeving and combinations with copper shielding foil are used for demanding environments. Important characteristic values are surface resistance <10 mΩ="1"> and stable shielding effect according to EN 55032, which ensures EMC safety in compliance with standards.
Do you have any questions about our range of All-IN-ONE AC-DC converters?
Our range of other hose meshes and metal meshes:
Do you have any questions about our range of other metal meshes?
Application examples of braided sleeving as EMC and shielding solutions in electronics
Braided sleeving is used in a variety of areas where protection against electromagnetic interference (EMI) is crucial. In industrial systems, such as power supplies or electrolysis furnaces, EMC and shielding solutions ensure that sensitive electronic systems operate stably and without interference. They are particularly important in automation technology, where precise control systems must be protected from interference.
Another example is their use in transformers and medium-voltage systems, where braided sleeves ensure the functionality of the entire system and can also be used as an alternative earthing strap. EMC regulations must also be strictly adhered to in medical technology, e.g. for imaging equipment, in order to ensure perfect functioning and patient safety.
Our hose braids, such as knitted wire braid tapes, tinned copper pipe braid and other hose braids, offer you reliable and high-quality EMC protection for a wide range of applications.
Another example is their use in transformers and medium-voltage systems, where braided sleeves ensure the functionality of the entire system and can also be used as an alternative earthing strap. EMC regulations must also be strictly adhered to in medical technology, e.g. for imaging equipment, in order to ensure perfect functioning and patient safety.
Our hose braids, such as knitted wire braid tapes, tinned copper pipe braid and other hose braids, offer you reliable and high-quality EMC protection for a wide range of applications.
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What are the advantages of using DC voltage transformers compared to AC voltage transformers?
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What are the advantages of using DC voltage transformers compared to AC voltage transformers?
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Further information on tubular braids
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