Product Details
YGJX-730 Battery-specific PCM Can Provide Precise Thermal
Management For The Battery Of These Electronic Devices
Product Overview:
- YGJX-730 PCM for batteries is a high-performance material carefully
developed for the thermal management needs of batteries.
- It is designed to provide stable and efficient temperature
regulation for the battery to ensure the performance, life and
safety of the battery, especially suitable for battery application
scenarios with high requirements for temperature control.
Product Features:
1. Precise phase change temperature
- The phase change temperature of this PCM is set at a specific
temperature point associated with 730 (possibly around 73°C,
depending on the exact determination).
- As the battery temperature approaches or reaches this temperature,
the PCM undergoes a rapid phase transition, changing from a solid
state to a liquid or other suitable phase, absorbing a large amount
of heat in the process, effectively preventing the battery
temperature from rising further and keeping the battery within the
appropriate operating temperature range.
2. Excellent thermal management performance
- It has a high thermal conductivity and can quickly conduct the heat
generated by the battery to itself and store or dissipate it. This
helps to reduce the thermal gradient inside the battery, avoid
local overheating, and ensure that the temperature of all parts of
the battery is uniform.
- When the temperature of the battery drops, the PCM will reverse the
transition from the state after the phase change back to the
original state, releasing the stored heat to prevent the battery
from being too low from affecting its performance, so that the
battery can maintain a good operating state under different working
conditions.
3. Chemical and physical stability
- In terms of chemical properties, it is highly stable and does not
react with the chemicals inside the battery and does not negatively
affect the electrochemical performance of the battery.
- In terms of physical properties, it has certain strength and
toughness, and can withstand various external forces and vibrations
that the battery may be subjected to during use, transportation,
etc., providing reliable protection for the battery.
4. Customization and adaptability
- YGJX-730 PCM can be customized for processing and application
according to the specifications, shapes and working requirements of
different batteries.
- It can well adapt to the thermal management needs of different
types of batteries, whether it is a small battery or a large
battery pack, it can effectively play its thermal management
function.
Applications:
1. Power battery for new energy vehicles
- In new energy vehicles, the thermal management of the battery is
crucial to the performance and safety of the whole vehicle.
- YGJX-730 PCM can be applied to power battery packs to effectively
control battery temperature, improve battery charging and
discharging efficiency and mileage, and at the same time prolong
the service life of the battery and reduce the risk of thermal
runaway of the whole vehicle.
2. Energy storage power station battery system
- For large-scale energy storage power stations, the temperature
stability of the battery directly affects the efficiency and
reliability of the energy storage system.
- This PCM product can provide good thermal management for energy
storage batteries under different charging and discharging
conditions, ensure the stable operation of the battery system, and
improve the overall performance of energy storage power stations.
3. Batteries for high-end electronic equipment
- Batteries used in high-performance servers and large-scale
communication equipment have strict requirements for temperature
control.
- YGJX-730 PCM can provide accurate thermal management for the
batteries of these electronic devices, ensure the continuous and
stable operation of the equipment, and reduce equipment failure and
performance degradation caused by overheating.
How to Use:
1. Lamination installation
- PCM can be made into sheets or films, and tightly attached to the
surface of the battery by pasting and other methods to achieve good
thermal contact and heat transfer. This is a simple and convenient
way to install and transfers battery heat to the PCM quickly and
efficiently.
2. Encapsulation application
- In the packaging process of the battery, the PCM material is
encapsulated in or around the specific structure of the battery, so
that it forms an overall thermal management system with the
battery.
- This allows for more direct regulation of the battery temperature
and improves the efficiency of thermal management.
3. Collaborative use with other heat dissipation equipment
- It can be used with heat sinks, fans and other heat dissipation
equipment to build a multi-level thermal management system. For
example, when a PCM absorbs heat from a battery, a heatsink can
further dissipate heat into the surrounding environment, and a fan
can speed up air flow and improve heat dissipation.
First aid measures:
- In case of eye contact, rinse with plenty of water. Skin-to-skin
contact: Remove contaminated clothing and shoes. Rinse with soap
and water for 15 minutes. Accidental ingestion: Rinse your mouth
and send to the hospital as soon as possible.
Packaging and storage:
- Wrap:25kg/bag
- Storage: Store in a dry, cool, ventilated place without sharp
objects.