Ensure the safety of new energy batteries: the selection of explosion-proof valves

First of all, we need to understand the basic principle of new energy battery explosion-proof valves. The new energy battery explosion-proof valve is a safety device used to prevent the explosion of overheating or excessive pressure inside the battery. It can release the internal pressure in time to protect the safety of the battery. When selecting an explosion-proof valve, the following factors need to be considered: pressure range, temperature range, flow requirements and material selection.

First of all, the pressure range is one of the important considerations in the selection of new energy battery explosion-proof valves. Different types of batteries produce different pressure ranges during the working process, so it is necessary to choose the appropriate explosion-proof valve according to the pressure characteristics of the battery. The precision machining capability of Zhuhai Totian ensures that the explosion-proof valve can precisely meet these pressure requirements, and its pressure range should be able to cover the pressure range of normal operation of the battery, and has a certain safety margin.

Secondly,we need to understand the basic principle of new energy battery explosion-proof valves. The new energy battery explosion-proof valve is a safety device used to prevent the explosion of overheating or excessive pressure inside the battery. It can release the internal pressure in time to protect the safety of the battery. When selecting an explosion-proof valve, the following factors need to be considered: pressure range, temperature range, flow requirements and material selection.

Flow requirements are another factor to consider when selecting explosion-proof valves for new energy batteries. Different types of batteries have different discharge rates and charging rates during operation, so it is necessary to choose an explosion-proof valve that can meet the requirements of battery flow. CTT's precision sheet metal stamping and fabrication technology ensures that the flow characteristics of the explosion-proof valve match the discharge and charge rates of the battery to ensure that the explosion-proof valve can release internal pressure in a timely manner.

Finally, material selection is one of the key factors to consider when selecting new energy battery explosion-proof valves. Because there may be corrosive substances inside the battery, the material of the explosion-proof valve needs to have corrosion resistance. CTT's selection of materials such as stainless steel, copper alloys and specialty plastics, combined with its laser engraving and laser cutting technology, ensures that corrosion-resistant, long-life explosion-proof valves are manufactured according to the operating environment and characteristics of the battery.

In summary, the selection of new energy battery explosion-proof valves suitable for manufacturing needs to consider factors such as pressure range, temperature range, flow requirements and material selection. CTT's advanced technology and services provide a strong guarantee for the selection and manufacture of explosion-proof valves. Through reasonable selection of explosion-proof valves, the safety of the battery can be effectively protected and the safety and stability of the manufacturing process can be ensured.