Rotima-Logo
  • About us
  • Areas of application
  • Team
  • Jobs
  • Contact us
  • Downloads
  • Electronic components
    • Bourns products
      • Ceramic PTC Heaters Bourns®
      • Open LED Shunt (LSP) Bourns®
      • Switches Bourns®
      • Modular Contacts Bourns®
      • Bourns® inductors
      • Custom Magnetics Bourns®
      • Precision Sensors Bourns®
      • Commercial Panel Controls & Encoders Bourns®
      • Industrial Panel Controls Bourns®
      • Pro Audio Products Bourns®
      • Industrie Encoder Bourns®
      • Stock of Bourns® products
      • Circuit protection
        • TBU® High-Speed Protectors Bourns®
        • Mini Breakers Bourns®
        • SinglFuse™ SMD Fuses Bourns®
        • Multifuse® Polymer PTC Resettable Fuses Bourns®
        • Multifuse® Polymer PTC freeXpansion™ Products Bourns®
        • Ceramic PTC Products Bourns®
        • Chipguard® ESD Suppressors Bourns®
        • Gas Discharge Tubes Bourns®
        • GMOV™ Hybrid Overvoltage Protection Components Bourns®
        • TCS™ High-Speed Protectors Bourns®
      • Turns-Counting Dials Bourns®
    • EMC filter
    • Diodes
      • Diodes Bourns®
      • Diode Arrays Bourns®
      • Power TVS Diodes Bourns®
    • Capacitors
      • Electrolytic capacitors
        • Screw terminal electrolytic capacitors
        • Snap-in electrolytic capacitors
        • SMT electrolytic capacitors
        • Radial electrolytic capacitors
        • Polymer electrolytic capacitors
      • Film capacitors
        • High-pulse capacitors
        • Spark killer
        • Interference suppression capacitors
        • Film capacitors from AIC-Europe
      • Ceramic capacitors (MLCC)
      • Tantalum capacitors
        • Radial tantalum capacitors
        • SMT tantalum capacitors
        • Hybrid tantalum capacitors
    • Transducer
      • DC/DC converter
      • Voltage transformer
      • Current transformer
    • Interference suppression filter
      • Radio interference suppression filter
      • Mains interference suppression filter
    • Varistors
      • Multilayer Varistors (MLV) Bourns®
      • Metal Oxide Varistors (MOV) Bourns®
    • Thyristors
      • TISP® Thyristor Surge Protectors Bourns®
    • Potentiometer
      • Commercial Slide Potentiometers Bourns®
      • Precision Controls Bourns®
      • Linear Motion Potentiometers Bourns®
      • Trimpot® Trimming Potentiometers Bourns®
    • Piezo elements
    • Resistors
      • Resistor Networks Bourns®
      • Current Sense Resistors Bourns®
      • Power Resistors Bourns®
      • Current Sense / Shunts
        • On-Board
        • Off-Board
      • Chip resistors
    • Inductances
      • Power Inductors
      • Coil Inductors
      • Chip Inductors
      • Transformer & transformer
  • Customized inductances
    • Transformers
      • Small transformers
      • Autotransformers
      • Isolating transformers
      • Safety transformers
      • Toroidal transformers
      • UI transformers
      • M transformers
      • EI transformers
      • Planar transformers
    • Throttles
      • Toroidal chokes
      • Storage chokes
    • Coils
      • Air coils
      • Coilformers
      • Baking varnish coils
    • Winding technique
  • Electronics Production equipment
    • Metal mesh
      • Earthing straps
      • Hose braids
      • Flat braid
      • Round mesh
      • Flexible earth connectors / earthing straps
      • Power Connections
      • EMC and shielding solutions
      • High-performance and special solutions
    • Plugs / plug connections
      • Quick connectors
      • Industrial connectors
    • Strands
      • High frequency strands
      • Fine wires
    • Ferrites
      • Ferrite cores
    • Electrical insulating tapes
      • Glass fabric tape 3M - Types 27-69-79
      • Polyester laminate 3M - Types 44-44DA-44TA-44HT-55
      • Acetate fabric tape 3M - types 11 - 28
      • Epoxy film 3M - Types 1 - Super 10 - Super 20
      • Glass fiber reinforced polyester films 3M - Types 46 - 1039 - 1046 - 1076 - 1139 -1339
      • Electrical insulating tape paper 3M - types 12 - 16
      • Electrical insulating tape polyimide film 3M - Types 92 - 98C-1 - 1205 - 1218
      • Electrical insulating tape PTFE film 3M - types 60 - 61 - 62
      • Electrical insulating tape PVC film 3M - Scotch 22 - Super 33+ - Super 35 - Super 88
      • Electrical insulating tape 3M polyester films
      • Electrically conductive fabric tapes
      • EMC shielding foil made of aluminum
      • EMC shielding foils made of copper
    • Temperature switch
    • Potting compound
    • Impeder cores
    • Nanocrystalline materials
    • Amorphous materials
  • Hose technology
    • Shrink tubing
      • EPDM cold-shrink tubing
      • Shrink tubing, thin-walled
      • Shrink tubing thin-walled crystal clear fluoropolymer RT-375
      • Shrink tubing cut to the desired special size
      • Thick-walled shrink tubing with internal adhesive
      • Shrink tubing thin-walled transparent with inner adhesive
      • Medium-wall shrink tubing with and without internal adhesive
      • Heat-shrinkable shrink molded parts
      • Shrink end cap
      • Thin-walled shrink tubing with internal adhesive
      • Shrink tubing thin-walled inexpensive
      • Heat-shrink tubing, halogen-free, thin-walled
      • Shrink tubing 3:1 thin-walled
      • Shrink tubing thin-walled yellow/green
      • Shrink tubing thin-walled fluoroelastomer VITON-E
      • Heat-shrink tubing super-thin rigid PVC Kopalon for battery packs
      • Shrink tubing thin-walled PVDF Kynar
    • Silicone hoses
      • Silicone hose industry
      • Silicone tube Pharma
      • MedTech silicone tubing
      • Silicone round cord and monofilament
      • Silicone fabric hose - pressure hose
      • Silicone shrink tubing
    • Protective hoses
      • Braided hose
      • Fabric shrink tubing
      • Insulating hose made of polyamide 12
      • PA 12 Hose
    • Fluoroplastic hose
      • FEP hose
      • FEP heat shrink tubing 2:1
      • FEP shrink tubing 1.3:1 and 1.6:1
      • FEP heat shrink tubing 110°C
      • FEP roller coating with shrinkage
      • FEP/EFEP double-wall shrink tubing
      • PFA hose
      • PTFE hose
      • PTFE heat shrink tubing 2:1
      • PTFE shrink tubing 4:1
      • PTFE heat-shrink tubing Sub-Lite-Wall
      • PTFE-FEP double-wall shrink tubing
    • Special hoses
      • Special hoses PEEK
      • Polyimide hose
      • PEEK shrink tubing
    • Further hose technology
      • PTFE shrink tubing
      • Chemical hoses
      • Industrial hoses
      • Food hoses
  • Active components
    • All-IN-ONE AC-DC converter
    • Primary Side Regulation AC-DC Power Converter
    • Secondary Side Regulation AC-DC Power Converter
    • Non-Isolated AC-DC Power Converter
    • Synchronous Rectifier Controller
    • GaN AC-DC Power Converter
    • Synchronous rectifier
Added value distributor and development

Metal mesh and round mesh

Buy metal mesh and round mesh

In our range you will find a comprehensive collection of metal braid that have been specially developed for use in electrical engineering. This selection is characterized by outstanding properties in terms of electrical conductivity, structural integrity and resistance to corrosion. This makes them ideal for various electrical engineering purposes including, but not limited to, shielding, filtering processes and electrical connections.

Our metal meshes offer a reliable solution to maximize the effectiveness and durability of electronic components and systems. With a range of mesh sizes, from very fine to coarse, our range allows precise customization to individual needs, significantly increasing the functionality of electronic applications. Explore our diverse range and discover the optimal metal mesh for your electrotechnical projects.
  • Large selection of metal mesh
  • For the electrical engineering and electronics business
  • Reliable function in industry and electronics
  • Efficient solutions from Rotima AG

Which metal meshes do we offer?

As a metal mesh supplier, we supply high-quality earthing straps and hose braids, among other things. These products are made from first-class metal mesh and offer excellent conductivity and mechanical stability. They therefore ensure safe and efficient earthing and shielding in a wide range of applications.

Our earthing tapes are renowned for their durability and reliability, while our braided sleeves offer a flexible solution for protecting and routing cables and wires. Every metal mesh in our range is designed to optimize the performance and safety of your electrotechnical systems.
Metal mesh
Earthing straps

Earthing straps

Earthing straps play a crucial role in ensuring the safety and reliability of electrotechnical systems by providing effective earthing and thus protection against electrostatic discharges.
Learn more
Hose braids

Hose braids

Metal braid is an innovative solution for protecting and organizing cables and wires, offering flexibility and durability in demanding environments.
Learn more
Hose braids

Flexible earth connectors / earthing straps

Flexible earthing connectors and earthing straps are indispensable components for safe and effective earthing in many electrotechnical applications.
Learn more
Hose braids

Power connections

Power connections are essential components in electrical engineering that ensure the reliable transmission of electrical energy between different devices and systems.
Learn more
Hose braids

EMC and shielding solutions

EMC and shielding solutions are essential to protect electronic devices and systems against interference from electromagnetic fields and to ensure electromagnetic compatibility (EMC).
Learn more
Hose braids

High-performance and special solutions

High-performance and special solutions are customized products and technologies that have been developed in electrical engineering to meet the highest requirements.
Learn more
Do you have any questions about our offer?
Metal mesh
Request a callback
Direct inquiry

Also available in the range:

Our diverse product range also includes round braids and flat braids specially developed for the electrical industry. These high-quality components offer optimum solutions for a wide range of applications and guarantee maximum performance and reliability.

Flat braid

Flat braid
A flat braid is a flat metal mesh consisting of metallic wire elements that cross over each other. This metal mesh is also called flat braid. This flat braid is a very flexible electrical conductor that can be designed in different shapes. As the individual strands cross over each other, the braiding remains tightly bound together even under static or dynamic loads.

This property distinguishes metal braids from conventional cables with stranded wires or strands. Bare copper is the most widely used material. Tinned copper, nickel-plated copper or silver-plated copper are increasingly being used in electrical engineering. Other common materials for flat braids and flat strands are aluminium, galvanized steel, stainless steel, nickel, brass and precious metals such as silver and gold.

  • Surface finishes: bare copper, tinned copper, silver-plated copper, nickel-plated copper
  • Standard cross-sections: 2mm2 to 500 mm2
  • Wire diameter: 0.10 mm to 0.20 mm

Classification of copper
Standard: according to NF EN 13602
Designation: Cu-ETP
Minimum copper content: 99.9 %
Max. Reciprocal value of the specific electrical conductivity at 20°C: 1.7241 µ Ω .cm (100%I ACS)

Properties of the copper
Mechanical strength: min. 200 MPa
Metallurgical state: Annealed (state 0)
Sizes

Round metal braid

Round mesh
A round braid is a metal braid consisting of metallic wire elements, also known as strands, which cross over each other. The result is a very flexible electrical conductor that can be designed in different shapes. As the strands cross over each other, the braiding remains tightly bound together even under static or dynamic loads. This property distinguishes metal braids from conventional cables with stranded wires or strands. Bare copper is the most widely used material. Tinned copper, nickel-plated copper or silver-plated copper are increasingly being used in electrical engineering. Other common braided metals are aluminium, galvanized steel, stainless steel, nickel, brass and precious metals such as silver and gold.

  • Surface finishes: bare copper, tinned copper, silver-plated copper, nickel-plated copper
  • Standard cross-sections: 2mm2 to 300 mm2
  • Wire diameter: 0.10 to 0.25 mm

Classification of copper
Standard: according to NF EN 13602
Designation: Cu-ETP
Minimum copper content: 99.9 %
Max. Reciprocal value of the specific electrical conductivity at 20°C: 1.7241 µ Ω .cm (100%I ACS)

Properties of the copper
Mechanical strength: min. 200 MPa
Metallurgical state: Annealed (state 0)
Sizes
Do you have any questions about our offer?
Metal mesh
Request a callback
Direct inquiry

Standard and customized metal mesh

In our portfolio, we offer an extensive selection of metal braid that cover both standardized needs and individual customer requirements in the field of electrical engineering. Our range includes standard metal meshes that are suitable for a wide range of applications, and we also offer the option of custom-made metal meshes to precisely meet the specific wishes and technical requirements of our customers. This flexibility guarantees seamless integration into a wide range of electrotechnical projects, whether for shielding needs, filter applications or other uses where metal mesh is essential.

Through our expertise and pursuit of the highest quality and innovation, we are able to provide customized metal mesh solutions that can be tailored in terms of material selection, mesh structure, thickness and other critical parameters. Our aim is to provide products that not only meet technical standards, but also increase the functionality and effectiveness of electrotechnical systems and components. Whether you are looking for an off-the-shelf solution or require a custom designed solution, our team will work with you to understand and meet your exact requirements with the highest standard of precision and quality. Discover our versatile range and find the ideal metal mesh solution for your electrotechnical application with our support.
What can we do for you?
Contact our product experts
Dominik        Grahammer
Dominik Grahammer
Sales- and Productmanagement
+49 8341 9340348
[email protected]
Direct inquiry
Request a callback
What can we do for you?
Contact our product experts
Rotima Carmen Aeschbacher
Carmen Aeschbacher
Sales- and Productmanagement
+41 44 927 26 31
[email protected]
Direct inquiry
Request a callback

Do you have any questions about:

Metal mesh

Just send us a short message and we will be happy to answer your questions by phone or e-mail.
Send
Questions?
Write to us!

Would you like to find out more about our high-quality products?

We have a large warehouse, short delivery times and duty-free delivery!

Do not hesitate to contact us, we will be happy toadvise you personally.
Your contact persons
Request a callback

Would you like a personal telephone consultation?

Simply fill out the form and we will get back to you.
Request a callback now

What are the advantages of using DC voltage transformers compared to AC voltage transformers?

Fields marked with * are mandatory fields
Send

What are the advantages of using DC voltage transformers compared to AC voltage transformers?

X

Further information on metal mesh

Discover our comprehensive section for more information on metal mesh, where we provide a variety of frequently asked questions with detailed answers. Here you will find everything you need to know about the properties, applications and benefits of metal fabrics.

What are the areas of application for metal mesh?

Metal mesh is used in a variety of applications, including:

1. Architecture and construction: Metal braid is used as façade cladding, railings, stair treads, sun protection or room dividers to fulfill aesthetic and functional aspects.

2. Industry and mechanical engineering: Metal mesh is used in filters, screens, conveyor belts, welding grids, silencers and other industrial applications.

3. Automotive industry: Metal fabrics are used in vehicle seats, radiator grilles, air intakes, exhaust systems and other components to provide protection and design.

4. Protection and safety: Metal braid is used as safety grids or nets to secure machinery and equipment or to secure danger zones.

5. Electronics and electrical engineering: Metal mesh is used in electromagnetic shielding, antennas, electrostatic discharges and conductive connections.

6. Medicine and healthcare: Metal fabrics are used in medical implants, surgical instruments, bandages, filters and other medical applications.

7. Environmental technology and sustainability: Metal fabrics are used in exhaust gas purification systems, water treatment systems, solar technology and other environmental applications.

This list is not exhaustive, as there are many more areas of application for metal mesh, depending on the specific requirements and possible uses.
Learn more

How is metal mesh manufactured and what materials is it made of?

Metal fabric is produced by weaving metal wires. Various weaving techniques can be used, such as plain weave, twill weave or satin weave. Production is usually carried out industrially using special weaving machines.

Metal mesh can be made of different materials, depending on the requirements of the final product. The most common materials are

1. stainless steel: stainless steel meshes are widely used due to their corrosion resistance, durability and heat resistance. They are often used in the food industry, chemical industry and construction.

2. copper: Copper meshes are characterized by their high electrical conductivity and are therefore often used in electrical applications such as electromagnetic field shielding or in the electronics industry.

3. aluminum: Aluminum fabrics are lightweight and have good thermal conductivity. They are often used in filter applications, ventilation systems or as insect screens.

4. brass: Brass meshes have similar properties to copper meshes, but are less expensive. They are often used in decorative applications such as architecture or interior design.

In addition, there are many other materials from which metal mesh can be made, such as nickel, titanium, bronze or monel. The choice of material depends on the specific requirements of the application.
Learn more

What are the advantages of metal mesh compared to other materials?

Metal mesh offers several advantages compared to other materials:

1. high strength: Metal braid is very robust and resilient, making it durable and resistant to mechanical stress.

2. flexibility: metal mesh can be made into different shapes, sizes and patterns, which makes it versatile. It can be easily bent, folded and shaped to meet the requirements of different applications.

3. heat resistance: metal mesh can withstand high temperatures without compromising its structure or strength. This makes it ideal for use in high heat environments.

4. corrosion resistance: Metal mesh can be made from corrosion-resistant materials such as stainless steel, which increases its durability and resistance to chemical attack. This makes it well suited for use in humid or aggressive environments.

5. permeability: metal mesh is often porous and allows the passage of air, liquids or light. This makes it suitable for applications such as filters, screens or shading.

6. aesthetics: metal mesh can have an attractive and modern appearance that is appealing in various design and architectural applications.

7. sustainability: metal mesh can be recycled and has a long lifespan, making it an environmentally friendly choice.

Overall, metal mesh offers a combination of strength, flexibility and functionality that makes it a popular material in various industries such as architecture, automotive, engineering and chemicals.
Learn more

What properties does metal mesh have that make it particularly suitable for certain applications?

Metal mesh has a number of properties that make it particularly suitable for certain applications:

1. high strength: Metal braid is generally very stable and resistant. It can withstand high mechanical loads without breaking or tearing.

2. heat resistance: metal mesh can withstand high temperatures without losing its structural integrity. It is therefore well suited for applications where heat resistance is required, such as in the chemical industry or in high-temperature furnaces.

3. corrosion resistance: metal mesh can be used in many different environments as it is resistant to corrosion. It can be used in both acidic and alkaline environments without causing rust or other damage.

4. conductivity: Metal mesh is usually electrically conductive. This makes it ideal for applications where power or signal lines need to be routed through the mesh.

5. flexibility: Metal mesh can be formed into various shapes without losing its structural integrity. It can be bent, folded or stretched to meet the requirements of the application.

6. fineness of mesh: Metal mesh can have very fine meshes, making it ideal for applications where high filtration accuracy is required. For example, it can be used in the food industry to remove impurities from liquids or gases.

7. aesthetics: Metal mesh can also be used for aesthetic reasons. It can be used for decorative purposes to embellish rooms or buildings or to create artistic elements.

These properties make metal mesh versatile and it therefore finds application in various industries such as automotive, aerospace, architecture, chemical industry, food industry and many others.
Learn more

What innovative technologies or developments are there in the field of metal mesh?

There are various innovative technologies and developments in the field of metal mesh that cover the following areas:

1. microstructured metal meshes: Metal braid with fine, precise structures are produced through the use of microtechnology. These meshes are used in areas such as microfiltration, sensor technology and electronics.

2. smart metal fabrics: Metal fabrics can be equipped with embedded sensors and actuators to enable functionalities such as temperature measurement, pressure monitoring or vibration detection. These fabrics are used, for example, in the automotive industry, aviation or the medical sector.

3. conductive metal fabrics: Metal fabrics can be constructed in such a way that they have electrical conductivity. These fabrics are used in the electronics industry for applications such as flexible circuits, touchscreens or conductive textiles.

4. biocompatible metal fabrics: metal fabrics can be designed to be biocompatible and can be used in medical implants or tissue regeneration. These fabrics allow better integration with the body and offer improved functionality.

5. high-strength metal mesh: By using special metal alloys and manufacturing processes, metal meshes with high strength can be produced. These fabrics are used in areas such as construction, the automotive industry or aviation, where high load-bearing capacity is required.

6. 3D-printed metal mesh: With the advent of 3D printing technology, metal mesh can now be produced in complex geometric shapes. This enables the production of metal fabrics with customized structure and functionality for specific applications.

These innovative technologies and developments in the field of metal mesh offer new opportunities for various industries and open up a wide range of applications.
Learn more

Which round meshes are available?

Round mesh is a versatile material that is used in many areas. What round mesh is available and what is it used for? Round mesh is available in various materials and designs, depending on requirements and application. Here is an overview of the most common variants.
  1. Copper round mesh
    • Copper round braid is one of the most commonly used braids. It is particularly popular due to its excellent electrical conductivity. Round copper braids are often used in electronics to protect cables and wires. There is also tinned copper round braid, which is coated with a layer of tin to protect it from corrosion. This version is ideal for damp environments or applications where the braid needs to be extra resistant.
    • Round braid copper nickel-plated is another variant. Here, the nickel coating provides additional robustness against chemical influences and high temperatures. This makes it perfect for industrial applications in which the braiding is exposed to heavy loads.
  2. Stainless steel round braid
    • If you need high strength and resistance, you often choose stainless steel round mesh. Stainless steel offers excellent protection against corrosion and is particularly durable. It is used in various sectors, for example in the construction industry, mechanical engineering and the automotive industry. Another advantage: stainless steel also looks visually appealing, which makes it attractive for decorative purposes.
  3. Round mesh aluminum
    • Round mesh aluminum is the lighter alternative to copper and stainless steel. It still offers good protection and is significantly lighter. These properties make it ideal for applications where weight is an issue, such as in aerospace or vehicle construction. Despite its lower weight, aluminum is still very robust and resistant to external influences.
  4. Round braiding made of silver and gold
    • Silver round mesh and gold round mesh are also available for special applications. These precious materials are mainly used in jewelry production or in very high-quality technical applications. Round mesh gold is often used in electronics due to its excellent conductivity and corrosion resistance, especially for components that need to be particularly durable and reliable.
  5. Round braid earthing strap
    • A special type of round braid is the round braid earthing strap. It is mainly used for earthing electrical systems and devices. Thanks to the high conductivity of copper or tinned copper, it ensures the safe discharge of electrical currents and thus protects against electrical damage.
There are therefore many different types of round braid that can be selected depending on the application and requirements. Whether round braid copper, round braid tinned copper or round braid aluminum. We have the right material for every requirement. Those who value high conductivity often choose copper or even gold, while stainless steel and aluminum tend to be used in applications where robustness or low weight are important.
Learn more

When is round copper mesh used?

Round copper braiding is mainly used where good conductivity and flexibility are required. But when exactly is this material used? Round copper braiding offers a number of advantages that make it particularly popular in electronics and mechanical engineering.

Copper is known for its excellent conductivity. This makes round braid copper the first choice when electrical currents need to be transmitted efficiently. It is often used to protect cables or as earthing tape. Thanks to its flexibility, it can be easily wrapped around cables to provide a protective sheath.

Another area of application is the round braid tinned copper. The tin coating protects the copper from corrosion, which is particularly advantageous in damp environments or outdoors. This is where the tinned copper mesh comes into its own, as it is resistant to environmental influences.

Round braid nickel-plated copper, on the other hand, is mainly used when protection against chemical influences and high temperatures is required. The nickel coating ensures that the braiding is particularly robust. This is particularly important in industry, where the material is often exposed to extreme conditions.

We are dealers and offer various types of round copper braiding. Whether you need tinned, nickel-plated or pure copper braiding, you can obtain all variants from us.

Copper braiding is frequently used in the automotive industry in particular. Here it is often used as shielding for electrical cables to prevent electromagnetic interference. This keeps the electronics reliably protected.

Round copper braiding is particularly popular with us when it comes to conducting electricity and protecting cables. Whether as earthing tape, for protection in damp environments or as a robust variant in industry. As an experienced dealer, we always have a large selection in stock.
Learn more

When is stainless steel round mesh used?

Stainless steel round mesh is used when durability, stability and corrosion protection are required. Stainless steel is a particularly resistant material that is in demand in many branches of industry. Whether in mechanical engineering, the automotive industry or construction projects - stainless steel mesh offers numerous advantages.

One of the main features of stainless steel round mesh is its high corrosion resistance. This makes it ideal for use in environments that are exposed to moisture or aggressive chemicals. This material is often used in the food industry and chemical plants in particular, as it does not allow contamination and lasts a long time.

Stainless steel round mesh is also in demand in the construction industry. It is used to reinforce structures or to protect facades. The robustness and durability of the material make it perfect for outdoor use, where it can withstand wind and weather. Stainless steel mesh is also frequently used in architecture, for example in modern buildings, where it plays both a functional and aesthetic role.

If you want to buy stainless steel metal braid, we supply different variants and sizes that can be selected depending on the area of application. As a dealer, we offer a wide range of stainless steel mesh that is suitable for different requirements. Whether you need fine or coarse mesh, we have the right product.

Stainless steel braiding is often used in the automotive industry. It is used to protect cables and hoses that are exposed to high temperatures and mechanical loads. Here, stainless steel braiding ensures safety and protection against damage.

Stainless steel round braiding is therefore always used when resistance, corrosion protection and stability are required. Whether in industry, construction or the automotive sector, this material offers many advantages. As a dealer, we are at your side if you want to buy stainless steel mesh and are looking for the right solution for your requirements.
Learn more

When is round mesh aluminum used?

Round mesh aluminum is often used when low weight and yet good protection are required. Aluminum mesh is significantly lighter than other materials, such as copper or stainless steel, and is therefore often used in areas where weight plays an important role. This is a decisive advantage, particularly in the aerospace and automotive industries.

Round braid aluminum is also ideal for shielding electrical cables. It protects against electromagnetic interference and at the same time ensures that cables and wires are well insulated and mechanically protected. These properties make it ideal for use in electrical systems where reliability and protection are required.

Aluminum braiding is also used in the construction industry. It is used to reinforce structures or as protection against external influences. Thanks to its corrosion resistance, it is particularly durable and can withstand difficult environmental conditions. The material is often used outdoors, for example for façades or protective grilles.

If you want to buy round mesh aluminum, you can choose between different sizes and designs. As a dealer, we offer a wide range of aluminum mesh that can be adapted to suit the intended use. Whether for industrial applications or special construction projects, we have the right round mesh for your needs.

Another advantage of round mesh aluminum is its ease of processing. The mesh can be easily formed into the desired shape and adapts flexibly to different conditions. This makes it a versatile material that is popular in both industry and trade.
Learn more

What is special about round mesh made of silver and gold?

Silver round mesh and gold round mesh are something very special, as they combine a sophisticated look with high functionality. These meshes are primarily used where both technical performance and luxurious design are required. But what exactly makes silver and gold round mesh so special?

Silver braiding offers extremely high electrical conductivity. This makes it ideal for applications in electronics where reliability and precision are essential. Round silver braiding is particularly popular in high-quality devices. Not only does it ensure optimum current transmission, it also looks elegant. Silver also plays a major role in jewelry manufacturing, as it is easy to work with and robust at the same time.

Gold braiding is not only known for its shiny appearance, but also for its extraordinary corrosion resistance. Gold does not oxidize, making it a perfect material for applications in extreme environments. Gold round braid is also used in electronics to create connections that have a long service life. Gold braiding is often used in the aerospace industry as it remains stable even at extreme temperatures.

If you want to buy round braid made of silver or round braid made of gold, you will find customized solutions from us. These high-quality materials are not mass-produced, but specially manufactured for specific applications. As a retailer, we offer a selection of silver and gold round mesh that can be used in both industrial and design applications.

Another advantage of silver and gold round mesh is its aesthetic component. Whether in jewelry, works of art or even architectural projects, these meshes bring a touch of luxury to any application. At the same time, they meet high technical requirements, making them a valuable investment.

Round braids made of silver and round braids made of gold are more than just precious materials. They combine outstanding conductivity, corrosion protection and a luxurious appearance. Whether in electronics, jewelry making or art, these braids offer a special combination of function and design. If you want to buy round braid made of silver or gold, you will always find the right thing here.
Learn more

What is the round braid earthing strap?

Round braid Earthing strap is a special braided conductor used for earthing purposes in electrical installations and systems. This earthing strap is used to safely discharge electrical currents and thus protect the system from overvoltages or other electrical faults. It ensures the safe discharge of currents and offers flexibility during installation. Whether in industry or in the home, earthing straps are indispensable for ensuring electrical safety.

In contrast to conventional earthing straps, the round braid earthing strap consists of a flexible braid of conductive material, often copper or tinned copper. This structure ensures that it can be easily adapted to different conditions and is very flexible. This is particularly useful when the earthing strap has to be laid around corners or other obstacles.

Earthing straps are indispensable in many areas. They are used in households, industry and construction to ensure electrical safety. The round braid earthing tape plays an important role here because it has a very high conductivity. It ensures that the current is safely discharged to earth in the event of a fault or lightning strike.

As a dealer specializing in electrical components, we offer various types of round braid earthing tape. They come in different sizes and materials, depending on your requirements. Copper is particularly popular because it has excellent conductivity. Some variants are also tin-plated to protect the braid from corrosion, especially in damp environments.

Anyone looking for a suitable round braid earthing strap should pay attention to the requirements of their installation. Some tapes are specially designed for outdoor use and offer additional protection against the elements. Others are intended for indoor use, where they are less exposed to environmental influences.

If you would like to buy a round braid earthing strap, you will find a large selection at our specialist retailer.
Learn more

What flat braids are available?

Flat braid is a versatile material that is used in many different areas. It is characterized by its flat structure and is particularly suitable for protecting cables and wires or as an earthing strap.

A very frequently used material is flat braided copper. Copper has excellent conductivity and is often used in electrical applications. For better corrosion protection, there is also the tinned copper flat braid variant, in which the copper is coated with a layer of tin. This makes it particularly resistant in damp environments.

Flat braid galvanized steel is a good choice for industrial applications. Steel offers high strength and the galvanizing protects it from rust. This mesh is often used in the construction or engineering industry because it is robust and durable.

Another option is stainless steel flat mesh. Stainless steel is particularly resistant to corrosion and is often used in areas that are exposed to extreme environmental conditions. Flat mesh aluminum is a lighter alternative to steel and is often used where weight is an issue, for example in the automotive or aerospace industries.

For special applications, there are also more noble variants such as flat braid silver or flat braid gold. These materials are mainly used in electronics, where high conductivity and corrosion resistance are important. They are also used in jewelry production because they are visually appealing and yet technically impressive.

As a distributor, we offer a variety of flat braids in different materials and designs. The right material can be selected depending on the requirements. For example, if you need high temperature resistance, you could opt for nickel flat mesh. It offers protection against extreme temperatures and is particularly robust.

You can buy different types of flat braid from us, from nickel-plated copper flat braid to stainless steel flat braid and gold flat braid. Each material has its own advantages and is selected according to the area of application.
Learn more

What is the difference between galvanized steel flat mesh and stainless steel flat mesh?

Flat mesh galvanized steel and flat mesh stainless steel are both used in many industrial applications, but they differ in some key ways. Both materials have specific advantages that are important depending on the area of application.

Flat mesh galvanized steel consists of steel that has been coated with a layer of zinc. This zinc coating protects the steel from corrosion and rust. Steel is a very stable material, and galvanizing considerably extends its service life in environments with moisture or weathering. Flat mesh galvanized steel is often used in construction projects or engineering where heavy mechanical loads occur. It offers a cost-effective solution for projects where strength and corrosion protection are required.

On the other hand, there is flat mesh stainless steel. Stainless steel is inherently rustproof and does not require an additional protective coating like galvanized steel. This makes it particularly resistant to corrosion and ideal for applications where the material is permanently exposed to extreme conditions such as high humidity or chemical influences. Flat mesh stainless steel is frequently used in the food industry, the chemical industry and in medical technology. It is durable, hygienic and requires little maintenance.

Another important difference between galvanized steel flat mesh and stainless steel flat mesh is the appearance. Stainless steel has a shiny, aesthetic surface that is often used for decorative reasons. Galvanized steel, on the other hand, has a more matt, industrial look.

If you are looking for a suitable flat mesh for your project, we offer a large selection. Whether it's galvanized steel flat mesh for robust applications or stainless steel flat mesh for corrosion-resistant projects, we have the right material for every requirement.
Learn more

What is special about flat braid silver and flat braid gold?

Flat braid silver and flat braid gold are characterized by their elegant appearance and special technical properties. These high-quality materials are primarily used in demanding applications where both functionality and aesthetics are required.

Silver flat braid offers outstanding electrical conductivity and is often used in electronics. In components that need to be particularly reliable and durable, silver is the best choice due to its high conductivity. Silver is also relatively resistant to corrosion and is therefore also suitable for applications where the material is exposed to external influences. One example of this is precise electrical contacts in high-quality devices or sensitive instruments.

Flat braided gold offers similar advantages to silver, but with an additional special feature: gold does not oxidize. This means that it remains stable even under extreme conditions, such as high temperatures or chemical stress. Flat mesh gold is therefore often used in areas where absolute reliability is required, such as in aerospace or medicine. In addition to its technical advantages, gold has a unique aesthetic quality that also makes it interesting for decorative applications.

If you want to buy flat braid silver and flat braid gold, you can find a wide range of variants from specialized dealers. Whether as flat braid for fine electrical connections or as a decorative element - these flat braids are versatile. Both materials play a particularly important role in jewelry production. Here it is not just about function, but also about appearance. Flat braids made of silver and gold give products a luxurious appearance and stand for the highest quality.

Both materials are used in sensitive technical areas and in jewelry production. As a dealer, we offer a large selection of flat braids in various sizes and designs. Our flat braids fulfill both functional and aesthetic requirements.
Learn more

Flat braided copper, flat stranded copper nickel-plated or flat stranded copper tin-plated?

Copper flat mesh is a versatile metal mesh that is used in many industries. Because we have experience as a manufacturer and supplier of metal mesh, we know how important quality and precision are in production. Copper is used in flat braids because it offers excellent electrical and thermal properties. It conducts electricity and heat optimally, which makes it particularly suitable for technical applications.

Flat braids made of copper are flexible and yet stable. They can be easily customized and processed in various shapes and sizes. These properties make them indispensable in electronics, where they are used as conductors or for shielding electromagnetic interference. Copper braids are also corrosion-resistant, which ensures their longevity in demanding environments.

Our company supplies copper flat braid in various diameters and flexibility levels. As an international supplier, we guarantee high-quality flat braids. Rely on us as a manufacturer and supplier of flat braid copper and benefit from our versatility and quality.
Learn more

Flat braided copper, flat stranded copper nickel-plated or flat stranded copper tin-plated?

A nickel-plated copper flat braid is used in numerous industrial applications. The nickel plating ensures that the flat braid has additional protection against corrosion and is more resistant to environmental influences. This makes nickel-plated copper flat braid ideal for use in demanding environments, such as in electronics, where it is used as an electrical conductor or shielding.

The nickel plating also increases the service life of the flat braid copper and ensures that it remains stable even at high temperatures. This makes nickel-plated copper flat braid particularly suitable for applications where reliability and durability are crucial. Our company supplies nickel-plated copper flat braid and guarantees the high quality of our metal mesh.
Learn more

Who uses tinned flat stranded copper wire?

A tinned copper stranded wire is used by many mechanics and fitters in the industry. They are versatile, durable and reliable. As a Swiss manufacturer and supplier of electronic production equipment, we offer high-quality flat stranded wires that are tailored to specific requirements.

Our tinned flat stranded copper wires are mainly used in the electronics and electrical industry. The tinning protects the copper from corrosion and improves solderability. This makes them perfect for control cabinet construction, as power cables or in connection technology. Companies that rely on high-quality electrical connections rely on our tinned copper stranded wires to ensure a long service life and stable operation.

Our flat stranded wires are also used in the automotive industry. They are used in cable harnesses and electrical components because they are both flexible and resilient. Thanks to their excellent conductivity and robustness, they are indispensable in environments that have to withstand high demands. Other users include manufacturers of household appliances and medical technology who value reliable electrical connections.

As an experienced manufacturer and international supplier, we supply flat stranded copper wire in various dimensions and flexibility levels. If you are looking for high-quality tinned copper flat stranded wire, put your trust in our expertise and benefit from our tailor-made metal meshes.
Learn more
YOUR WAY TO US IN SWITZERLAND:
Switzerland
© ROTIMA AG
Industriestrasse 14 · CH-8712 Stäfa
YOUR WAY TO US IN GERMANY:
Germany
© Rotima GmbH
Innovapark 20 · 87600 Kaufbeuren
Change your consent
  • Sitemap
  • Legal Notice
  • Data protection
  • GTC
ROTIMA Marketing Cellphone Kontakt
We are looking forward
to your call!
Switzerland
+41 44 927 26 26
[email protected]
Germany
+49 8341 9340320
[email protected]
Each application is
individual
Switzerland
+41 44 927 26 26
[email protected]
Germany
+49 8341 9340320
[email protected]
Make a request
Request a callback