What type of brush wire is better for conductive slip rings? Recently, I have seen many people searching for conductive slip ring brushes in Baidu dropdown menus. In fact, there are many materials to choose from. Take copper wire as an example. Copper wire has different types such as purple copper, brass, white copper, bronze, and phosphorous copper. Due to different functions, different types of slip rings use different copper wires. Some small slip ring manufacturers improve their competitiveness by reducing the price of slip rings. Most of the copper wires they use are ordinary copper wires, and the biggest disadvantage of this type of slip ring is its short lifespan and unstable signal transmission.
Product quality is the foundation for the survival and development of enterprises, and most high-quality slip rings are made of high-end copper wires such as beryllium bronze and gold nickel wire. This type of brush wire not only meets the requirements of good conductivity, but also has a good anti-corrosion effect, but it is relatively expensive; Sometimes, some customers who purchase in large quantities do not have such high requirements for slip rings, and they hope for a cheaper price. To reduce and ensure the quality of the slip ring, brass is also a good choice. Brass has high conductivity, good thermal conductivity, high melting point, and low resistance temperature coefficient; Has characteristics such as oxidation resistance, sulfur resistance, and resistance to corrosive gases; Has certain characteristics such as hardness and good wear resistance; Good resistance to fusion welding, arc corrosion and burns.
What type of brush wire is better for conductive slip rings? If you want to mix and transmit various video signals, or other signals such as fiber optics, USB, etc., special processes and materials of brush wires need to be used.
Just find the slip ring manufacturer for the brush wire connection of the conductive slip ring, choose the brush wire suitable for your slip ring, so as to ensure good contact of the contact surface of the conductive slip ring, stable transmission, and longer service life.