26 ℃ Phase Change Energy Storage PCM For Buildings——Brilliant Treasures Leading The New Trend Of Sustainable Development

26 ℃ Phase Change Energy Storage PCM for Buildings——Brilliant Treasures Leading the New Trend of Sustainable Development

Introduction:

• With the increasing demand for energy conservation, environmental protection, and comfortable living environment, the application prospects of 26 ℃ building phase change energy storage materials will become increasingly broad.
• In the future, with the continuous advancement of technology and the continuous reduction of costs, phase change energy storage materials will be more widely used in the field of construction, making greater contributions to promoting the development of green buildings.

Features:

--Convenient and flexible construction.

1. Good compatibility with building materials

• It can be combined with various building materials, such as gypsum board, concrete, wall panels, etc., and can be easily applied to different parts of the building, such as walls, roofs, floors, etc.
• Whether it is the construction of new buildings or the renovation of existing buildings, phase change energy storage materials can be easily added with minimal impact on the building structure.

2. Diverse installation methods

• Installation can be carried out through various methods such as coating, filling, and prefabricated panels, with a simple and fast construction process that does not require complex construction techniques or special construction equipment.

Scope and Scenarios of Use:
1. Floor heating and cooling

• It can be used in flooring materials, the material can regulate the temperature when the indoor temperature approaches 26 ℃.
• In summer, it can prevent the ground from overheating and make indoor feet feel cool; In winter, it can release heat and provide a warm indoor ground environment, enhancing the comfort of living.

2. Factory workspace

• Applied in work areas of industrial plants, such as electronics factories, precision instrument processing factories, etc., where temperature and humidity are required.
• It can stabilize indoor temperature, reduce the impact of temperature changes on industrial equipment accuracy and product quality, and improve production efficiency and product qualification rate.