Phase Change Thermostatic  Blanket

Improving the building envelope can effectively regulate indoor temperatures and reduce energy consumption. Traditional building materials have limited heat storage capacity, failing to meet the multifunctional requirements of modern buildings.  Active HVAC systems consume a significant amount of energy, which require large Initial capital and operating costs. The thermal storage capacity of phase change building materials is dozens of times that of traditional building materials. Adding phase change materials to the building envelope can effectively improve thermal storage performance, save energy, reduce indoor temperature fluctuations, and enhance comfort.

Parameter

Core advantage

Quality Assurance

The blanket is a proprietary technology that designed to meet stringent performance standards, including high efficiency, temperature control, environmental protection, stability, high mechanical strength, non-leakage, and high flame retardancy.

Safety

A highly flame-retardant encapsulation solution with high vapor tightness, mechanical strength, and flame resistance guarantees the product's safety.

Green Energy Efficiency

Utilizing day-night temperature differences, off-peak electricity, solar energy, and other green energy sources. Green, energy-efficient, and low-cost.

Unique Technological Solution

A solid-to-solid phase change material technology solution ensures the blankets' integrity without concerns over leakage.

Green Environmental Protection

The use of phase change materials is efficient, stable, and environmentally friendly, making them a sustainable choice with no pollutants during use.

Parameter

01 Energy Savings Realization

02 Comparison of Energy Saving Effects

BACKEGROUND of the Variable Temperature Blanket Project

Usage Scenarios