Leading Innovative Technology - Strong Structural Adaptability To Withstand Extreme High Temperatures For Aviation Safety: 55 °C Phase Change

Leading Innovative Technology - Strong Structural Adaptability To Withstand Extreme High Temperatures For Aviation Safety: 55 °C Phase Change Materials For Military Aviation

A brief description of the product:

• In terms of physical properties, it has the appropriate strength and toughness, whether it is a solid state to withstand the mechanical stress in aviation flight, or a liquid state to ensure good mobility and thermal conductivity, can perform well.
• Its chemical stability is extremely outstanding, can effectively resist the erosion and interference of aviation fuel, lubricating oil, hydraulic oil and various extreme environmental factors (such as high and low temperature, strong radiation, high humidity, etc.), to ensure that stable and reliable performance is always maintained in complex and harsh military aviation environment.

Basic features of the product:
1. Suitable phase change temperature

• The phase transition temperature of 55℃ is more suitable for the field of military aviation.
• On the one hand, this temperature can meet the operating temperature requirements of most military aviation equipment, and can play the role of temperature control when the equipment is working normally.
• On the other hand, the phase transition temperature of 55℃ is relatively high, which is not easily affected by the external environment temperature, and can maintain its phase transition characteristics in a wide temperature range.

2. Small volume changes

• During the phase change, the volume of the phase change material changes relatively little. This is very important for military aviation equipment, because too large a volume change may lead to material packaging rupture, leakage and other problems, affecting the normal use of equipment.
• Small volume changes can ensure the safety and reliability of phase change materials during use.

3. Fast phase transition speed

• 55℃ military aviation phase change materials have a faster phase change rate, and can complete the transformation from solid to liquid or from liquid to solid in a short time.
• This allows it to quickly respond to changes in temperature, absorb or release heat in a timely manner, and effectively control temperature.

Product related application scenarios:
1. Temperature regulation of aircraft hydraulic system
-- The hydraulic oil temperature is stable

• The hydraulic oil of the aircraft hydraulic system will generate heat due to pressure changes and friction in the working process, and the high temperature of the hydraulic oil may lead to system leakage and component damage.
• The phase change material is applied to the outside of the hydraulic oil storage tank or hydraulic pipeline. When the hydraulic oil temperature is close to 55 °C, the material absorbs heat, prevents the hydraulic oil temperature from being too high, ensures the normal working pressure and flow of the hydraulic system, and improves the reliability and safety of the hydraulic system.

2. Missile launch System (Military aviation category)
-- Temperature control of launchers and guidance systems

• In the missile launching system, the launcher will withstand the high temperature heat radiation of the engine tail flame during the missile launching process, and the guidance system is also extremely sensitive to temperature.
• 55℃ military aviation phase change materials can be used for thermal insulation protection of launchers and heat dissipation devices of guidance systems.
• When the temperature is close to 55 °C, the material absorbs heat to ensure that the structural strength of the launcher is not affected by high temperature, while ensuring that the electronic components of the guidance system work normally, improving the accuracy and reliability of the missile launch.

Matters needing attention:

• This product is not edible.

Leading Innovative Technology - Strong Structural Adaptability To Withstand Extreme High Temperatures For Aviation Safety: 55 °C Phase Change Images