Anderson plugs will encounter these situations during use, such as high temperatures, heavy objects squeezing, and falling, which are also unavoidable in industrial use. Therefore, high-quality raw materials are a prerequisite for ensuring these situations. If ordinary materials or recycled materials are used for color matching injection molding, these properties cannot be guaranteed. In the process of use, if encountering a fire source or high temperature, they will ignite and burn, and safety performance cannot be guaranteed, causing incalculable losses. When encountering trampling, heavy objects squeezing and breaking the rubber shell, the machinery cannot connect to the power supply for normal use, causing unnecessary trouble, interrupting work, and causing losses. This is a prerequisite for the safety performance of Anderson plugs. The materials of Anderson plug terminals on the market now generally include silver plated copper, nickel plated copper, and nickel plated brass. What is the difference between these terminals?

Quenching process: Suitable for both hardness and hardness, ensuring that the terminal will not break during the crimping process. Some people may experience terminal breakage during the crimping process due to the lack of quenching treatment, excessive hardness of the terminal, and the risk of breakage upon pressing. If the quenching is not done properly, it can also lead to crimping fracture, or if the terminals are too soft and prone to deformation during use. Generally, plugs are divided into plug and socket combinations, but Anderson plugs do not distinguish between plugs and sockets, and there is no distinction between male and female. As long as they are of the same color, they can be plugged in.

At present, there are three types of Anderson plugs on the market: single pole plugs, double pole plugs, and three pole plugs.

Anderson single pole plug is a single terminal plug that can be assembled and combined with positive and negative poles in any way. Common specifications include 45A, 75A, 120A, and 180A (Abe).

Copper selection: Purple copper - excellent conductivity, strong plasticity, not easy to break during crimping, high price

Brass - Poor conductivity, high hardness, easy to break during crimping, low price

Silver: Excellent conductivity, high price

Nickel: Poor conductivity, low price