45°C Phase Change Material: A Chemically Stable Substance Capable Of Precise Phase Change At A Specific Temperature Of 45°C For Unmatched Thermal

45°C Phase Change Material: A Chemically Stable Substance Capable Of Precise Phase Change At A Specific Temperature Of 45°C For Unmatched Thermal Management Applications

Product Overview:

• This product is a specially designed phase change material for efficient thermal energy storage and release at the 45°C temperature point.
• The material utilizes a solid-liquid phase change process to provide stable temperature control as heat is absorbed and released, and is widely used in areas that require precise temperature management, such as temperature control systems, thermal management, and energy storage systems.

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Product Features & Benefits:

1. Temperature regulation

• 45°C phase change material can absorb heat when it reaches or approaches 45°C, and release heat when cooling. This makes them very useful in applications that require temperature stabilization, such as thermal management of electronic devices, temperature control in buildings, etc.

2. High energy density

• Phase change materials can store a large amount of heat energy during the phase change process, and their energy density is higher than that of traditional heat storage materials.

3. Reusable

• Most phase change materials can go through multiple phase change cycles without significantly degrading their performance, which means they are sustainable and reusable.

4. Environmentally friendly

• Many 45°C phase change materials are based on organic compounds, which are environmentally friendly under the right conditions and do not produce harmful by-products.

5. Wide range of applications

• From building insulation to food transportation, to thermal management of electronic equipment, 45°C phase change materials have a wide range of application prospects.

6. Improve energy efficiency

• In buildings, by using these materials as insulation, you can reduce your dependence on air conditioning and heating, thereby saving energy.

7. Enhance comfort

• In the indoor environment, PCMs can help maintain a stable temperature, thereby improving the comfort of living or working.

8. Economical

• Although the initial investment may be high, 45°C PCM has economic benefits in many applications due to its long-term energy-saving effect.

9. Flexibility

• These materials can exist in different forms, such as plates, pellets, or other shapes, making it easier to integrate into various systems.

10. Safety

• Since the temperature of 45°C phase change materials is relatively stable during the phase change process, they can provide higher safety in some applications, such as battery thermal management.

Fields of application:

• Due to their unique heat storage characteristics, 45°C phase change materials have shown great application potential in many fields such as solar heat storage, building energy saving, air conditioning systems, and industrial waste heat recovery.
• In the future, by further optimizing material properties and expanding new application areas, phase change materials will play a more important role in energy conservation, environmental protection and thermal energy management.

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.

10 Cationic Cellulose

Polyquaternary Ammonium 10 Cationic Cellulose

45°C Phase Change Material: A Chemically Stable Substance Capable Of Precise Phase Change At A Specific Temperature Of 45°C For Unmatched Thermal Images