Since its establishment in 2009, Beien brand has been focusing on the research and development and sales of phone headset. After more than ten years of unremitting efforts and continuous development, the company has grown into one of the leading phone headset brands in China.
Why Choose Us?
Independent research and development ability
The company has an innovative team that constantly explores and tries new design ideas and technical solutions.
OEM service
We pay attention to communication and cooperation with customers, according to customer needs and market feedback, regularly launch new products to meet the needs of different customer groups.
Strict quality management
We have established a set of perfect quality management system, each link strictly implement standardized operating processes and quality control standards.
Advanced production equipment
Our company has a series of advanced production equipment and technology, including automated production lines, precision mold manufacturing equipment.
It connects the headset to the matching cable providing in a simple user friendly but reliable connection. It allows the user to disconnect the headset if needed during a call and reconnect; this is similar to placing the call on hold.
Benefits of QD Cable
Time-saving: Quick connectors are designed to save time by allowing for quick and easy connection and disconnection of fluid lines and hoses. This means that maintenance and repairs can be carried out more efficiently, resulting in less downtime and increased productivity.
Increased safety: In industrial settings, safety is a top priority. Quick connectors provide a safe and secure connection between fluid lines and hoses, reducing the risk of leaks, spills, and accidents. They are also designed to prevent accidental disconnection, ensuring that fluid lines and hoses remain securely connected.
Versatility: Quick connectors come in a variety of sizes, materials, and designs, making them suitable for a wide range of industrial applications. They can be used in hydraulic and pneumatic systems, as well as in the transfer of other fluids such as chemicals and gases.
Easy to use: Quick connectors are designed to be user-friendly, with easy-to-use locking mechanisms that require minimal force to connect and disconnect fluid lines and hoses. This makes them an ideal tool for maintenance and repair work, as well as for use in emergency situations.
Cost-effective: Quick connectors are a cost-effective solution for industrial applications. They reduce downtime and increase productivity, which can result in significant cost savings over time.
Ribbon electric cables
It consists of multiple insulated wires running parallel with one another and is used for transmission of multiple data simultaneously. For example, this is used to connect the CPU with the motherboard and is generally used for the interconnection of networking devices.
Shielded cables
It consists of 1 or 2 insulated wires which are covered by a woven braided shield or aluminium Mylar foil for better signal transmission and removing irregularities in the frequency of power and external interference in radio. These cables transmit high voltage electric current and are protected by a shield.
Twisted pair cables
It has two or more insulated copper wires which are twisted with each other and are colour-coded. These types of wires are usually used in telephone cables and the resistance to external interference can be measured by the number of wires.
Coaxial cables
This consists of solid copper or steel conductor plated with copper which is enclosed in the metallic braid and metallic tape. This is entirely covered with an insulated protective outer jacket. These types of cables are used for computer networking and audio-video networking.
Fibre optics cable
There are these types of cables which transport optical data signals from an attached light source to the receiving device. We are pretty much aware of what is optical fibre and its uses in a wide variety of applications.
Conductor: The conducting part is used to transmit electricity. Extensively used conductors are copper and aluminum.
Insulator: To keep the conductors separated from each other and prevent unintended paths for current flow (e.g. short circuit), the wires are shielded with insulating materials. Various synthetic polymers are used for this purpose.
Sheath: It is yet another layer to give protection to the wires from chemical reactions with the atmosphere. A common material for the sheath is PVC (polyvinyl chloride).
Material of QD Cable
Conductor materials
Aluminum
Conductors made from aluminum are lightweight, affordable, and able be used in a diverse range of applications. Although aluminum is less expensive than copper or metal alloys, aluminum is also less conductive.
Copper
Copper conductors can transfer electricity efficiently and are both inexpensive and versatile. Bare copper is most often used, but copper conductors can also be tinned or silver-coated to improve performance.
Steel
Steel is also a common conductor material choice. However, steel isn't as common as aluminum or copper because steel doesn't conduct electricity as well. Common steel conductor applications are utilizing copper-clad steel for grounding conductors or for when an application needs wiring with exceptional mechanical strength.
High-strength metal alloys
High-Strength Alloys are common conductor materials made from one or more metallic elements. They are generally stronger combined than when compared to the elements used alone. High-Strength alloy conductors are generally silver-plated or nickel-plated.
Process of QD Cable
In the first step, our aim is to acquire metal (usually copper or aluminum) wires that fit with AWG (American Wire Gauge). The method is to pull the copper or aluminum rod through a series of synthetic diamond dies, which gradually decrease in size, on the draw bench. And this is processing with a lubricating and cooling system that increased the life of the dies and prevents the wire from overheating.
During the drawing process, we apply tremendous pressure on metal rod to form a thinner wire. Thus, the wire we get is extremely brittle and can easily be fractured if flexed. The finished wire must be flexible, so in this step we’re going to soften, or to anneal the wire.
Annealing is accomplished by heating the wire to its recrystallization temperature for a period of time. The key here is to avoid oxidation of the wire.
As mentioned above, multiple wires often get stranded. That’s because given the same cross-sectional area, stranded wire has better flexibility and electrical performance than single wire.
In this step, two or more wires of the same gauge are twisted or stranded together using a proprietary formula to determine twist length.
The wire, now soft and flexible, is passed through an extruder, where the coating of plastic or other insulating material is applied.
Materials are poured into the rear part of the extruder, and are pushed forward while heated into melt. Exiting the extruder, the coated wire passes through another cooling system and is coiled on reels.
How to Maintain QD Cable
Choose the right cables for your needs:
Before installation, ensure you have the right cables for your specific requirements. Consider the purpose of the cable, the devices you need to connect, and the required specifications, such as data speed, resolution, or audio format. Choosing the appropriate cable type is the first step towards achieving optimal performance.
Plan cable routes and lengths:
Before installing your cables, plan the routes they will take and determine the required cable lengths. Avoid excessive cable lengths, as they can lead to signal loss and interference. Measure the distances between devices and select cables that provide enough length to reach without creating unnecessary cable clutter.
Avoid tight bends and stress on cables:
During installation, be mindful of cable bends and stress points. Avoid sharp bends or kinks in the cables, as this can damage the inner wires and lead to signal degradation. Use cable clips or ties to secure the cables in place, ensuring they are not pulled tightly or stretched beyond their capacity.
Properly connect and secure cables:
Ensure a secure and snug connection when attaching cables to devices or ports. Loose connections can result in intermittent signal loss or poor performance. Double-check that all connections are firmly in place and use appropriate connectors or adapters if needed.
Organize and label cables:
Maintain a well-organized cable setup by labeling each cable and using cable ties or sleeves to keep them neatly together. This not only reduces clutter but also makes troubleshooting and maintenance much easier in the future.
Protect cables from physical damage:
Protect your cables from physical damage or exposure to harsh environmental conditions. Keep them away from sharp objects, heavy foot traffic areas, or extreme temperatures, as these factors can lead to premature wear and tear.
Regularly inspect and clean cables:
Schedule regular inspections of your cable setup to check for any signs of damage or wear. Dust and debris can accumulate on cables and connectors over time, leading to reduced performance. Use soft, dry cloth to gently clean the cables and connectors, ensuring there is no moisture or debris left behind.
Performing routine tests and maintenance:
Conduct routine tests on your cable connections and devices to ensure optimal performance. For networking cables, check internet speeds and connectivity regularly. For audiovisual setups, assess the picture and sound quality. Address any issues promptly to prevent potential long-term problems.
A 6-Step Guide to Cable Management
Plan your cable layout
To start, take a moment to plan the layout of your setup. Consider the placement of each device and how you want to route the cables. This strategic approach will help you determine the best cable management solutions for your specific needs.
Sort cables by function
Separate your cables based on the devices they connect. Group power cables, video cables, and audio cables together, using color-coded tags or labels to identify each cable's purpose. This step will simplify cable identification and prevent tangling.
Utilize cable sleeves
Cable sleeves are an excellent solution for keeping your cables organized and hidden from view. Available in various colors and lengths, these flexible tubes can be cut to fit your specific setup. Simply gather the cables, slide them into the sleeve, and enjoy a clean and streamlined appearance.
Route cables behind your desk
To maintain a clutter-free workspace, route your cables behind your desk. Use cable clips or adhesive mounts to secure the cables along the back of your desk, preventing them from tangling or falling to the floor. For added convenience, consider using a cable tray or channel to provide a dedicated space for cable management.
Embrace wireless devices
Whenever possible, opt for wireless devices to reduce cable clutter. Wireless keyboards, mice, and other peripherals eliminate the need for cords, providing a cleaner and more organized workspace. However, if you're a gamer, ensure you choose wireless devices with minimal input delay for a seamless gaming experience.
Deploy monitor arms
To elevate your cable management system, consider incorporating monitor arms into your setup. Monitor arms not only provide flexibility in adjusting your screen's position but also come with built-in cable management features. These arms allow you to guide cables away from your monitor, maintaining a sleek appearance and reducing the risk of damage or disconnection during intense gameplay.
Our Factory
Located in Shenzhen, a prosperous special economic zone in southern China, Beien Factory Shenzhen is a leading company specializing in headphone manufacturing. We are proud to have our own R&D team and are committed to providing high quality OEM and ODM services to our customers. With strict quality control standards, professional technical equipment and experienced staff team, our products are attracting attention and welcome in overseas markets.
Our Certificate
FAQ
Q: How do you maintain a charging cable?
Q: How do you maintain welding cables?
Incorporate the following inspection routines into your regular maintenance schedule to ensure the health of your welding cables: Visual Inspection: Regularly inspect the entire length of the welding cables for any visible damage, such as cuts, abrasions, or exposed wires.
Q: What is the most common cable management solution?
Use cable ties, Velcro straps, or cable sleeves to group and bundle cables together. Keep power cords separate from data cables to avoid interference. Use adhesive cable clips or hooks to secure cables along the back of the furniture or wall.
Q: How do you protect cables from corrosion?
Q: How to make cable management?
Q: How can I make my cables last longer?
Q: How to take care of your cable?
To prevent damage, handle cables with care and avoid excessive bending or twisting, especially near the connectors where they are most vulnerable. To protect the wires inside the cable jacket it's important to wrap cables with care when not in use.
Q: What is the lifespan of electrical cables?
Most power cables have a design life of between 20 to 30 years. If the cables are not fully loaded, they are expected to last beyond their design life. Power cables are available with special high-grade XLPE or EPR insulation with design lifetimes of up to 50 years.
Q: How do you maintain cables?
When you are not using them, store them carefully. To keep them rolled up you can use a piece of Velcro, a wire or a rubber band. Protect them by putting them in a plastic bag to protect them from moisture and dust. Label them if necessary, so you can quickly identify them.
Q: How do you preserve cable?
Q: Do cables degrade over time?
Q: How to keep a cable in place?
Cords that are littering your floor or hanging awkwardly can be guided using adhesive cord clips. Stick the clips to the wall, underneath furniture, around the corners of a desk or table, or wherever else you need them, and they'll keep your cable in place.
Q: How do you strengthen cables?
Q: How do you stop cable from moving?
As one of the leading qd cable manufacturers and suppliers in China, we warmly welcome you to wholesale high-grade qd cable from our factory. All customized products are with high quality and competitive price.
qd cable, plt qd to usb a cable with inline control, spring wire plt qd to rj9 connector cable