Metallized Conductive Yarn
01
Braided Conductive Lead Wire
product details
SPECIFICATION
PRODUCT NAME |
SPECIFICATION |
OUTER DIAMETER |
RESISTANCE |
THICKNESS |
XD3X4CNHYJ |
12 STRANDS HEAT-RESISTANT SILVER ALLOY STRANDED WIRE |
1.24 ±10%mm |
0.65±10%Ohm/M |
|
XD8X4CNHYJ |
32 STRANDS HEAT-RESISTANT SILVER ALLOY STRANDED WIRE |
1.9 ±10%mm |
0.35±10%Ohm/M |
|
XDF32YB |
32 STRANDS HEAT-RESISTANT SILVER ALLOY COMPOSITED WIRE |
2.35 ±10%mm |
0.21±10%Ohm/M |
|
YX3X4CNHJ |
12 PLY HEAT-RESISTANT COPPER ALLOY TWISTED WIRE |
1.24 ±10%mm |
0.65±10%Ohm/M |
|
XD17CNHYBB |
17 STRANDS HEAT-RESISTANT SILVER ALLOY BRAID FLATED WIRE |
3 ±10%mm |
0.4±10%Ohm/M |
0.74±10%mm |
XD8X4CNHJ |
32 STRANDS HEAT-RESISTANT COPPER ALLOY STRANDED WIRE |
1.9 ±10%mm |
0.35±10%Ohm/M |
|
XDF32B |
32 STRANDS HEAT-RESISTANT COPPER ALLOY COMPOSITED WIRE |
1.9 ±10%mm |
0.35±10%Ohm/M |
Characteristic
When it comes to selecting wire for your projects, the choice between braided and stranded wire can significantly affect performance and reliability. Here’s why braided wire stands out:
Superior Durability and Strength of Braided Wire
Braided lead wire, renowned for its durability and mechanical strength, outshines its stranded counterpart in resilience to stress, tension, and wear. Its unique woven structure minimizes the risk of fraying or breaking under pressure, making it capable of supporting heavier loads and withstanding greater wear and tear. These qualities make braided wire ideal for demanding applications where reliability and durability are critical.
Noise Reduction for Clearer Signals
Braided lead wire is commonly used as an external shielding layer to reduce electromagnetic interference (EMI), leading to a cleaner and more reliable signal.
This is especially important in audio and data communication systems, where proper shielding helps prevent interference and potential signal degradation. It's important to note that the wire's structure—whether braided, stranded, or solid—doesn’t directly affect signal quality; rather, the key factor is the presence of adequate shielding to block external noise.
Choosing Between Braided and Stranded Wire
However, it’s essential to consider that braided wire is generally stiffer than stranded wire, which aids in maintaining its shape and providing higher tensile strength due to its complex structure.
This stiffness can be an advantage or a drawback, depending on the application. While braided wire excels in durability and mechanical strength, it also tends to be thicker and more time-consuming to manufacture compared to stranded wire, which may lead to higher costs.
In certain conditions, particularly where flexibility and cost are critical, stranded wire may prove to be a more suitable option. Understanding these nuances ensures that you choose the right wire type for your specific needs, balancing performance, reliability, and budget.
application
We offer braided lead wire solutions designed for a variety of industries, providing the solid foundation you need for your projects. 
Telecommunications
Braided lead wire is essential in telecommunications for shielding cables that carry sensitive data. Its ability to block electromagnetic interference makes it ideal for maintaining clear signals.
Automotive
In the automotive industry, braided lead wire is used in electrical systems to ensure reliable connections and prevent signal loss. Its durability withstands the harsh conditions often found in vehicles.
Aerospace
Braided wire plays a critical role in aerospace applications, where lightweight and strong materials are crucial. It provides essential shielding for avionics and control systems, ensuring safety and performance.
Consumer Electronics
Braided wire is a popular choice in the consumer electronics industry, especially for audio equipment and computer cables, where its flexibility and superior shielding boost sound quality and signal integrity. It's perfect for headphones, speakers, audio interfaces, and various data and power cables.
Recently, braided wire has also been used as a jacket for cables, enhancing durability and adding a stylish element that appeals to modern consumers who value both functionality and design in their electronic devices.
Industrial Equipment
In industrial settings, braided wire is utilized for connecting machinery and equipment. Its strength helps it endure challenging environments, delivering reliable performance in critical applications.
Medical Devices
Braided wire is also found in medical devices, where it guarantees precise signal transmission and minimizes interference. This reliability is vital for devices that monitor patient health.