Cold chain logistics industry is booming, cold storage as an important infrastructure, its energy saving and consumption reduction issues are of great concern. Recently, a new type of heat preservation zip structure of the rapid door in the cold storage application performance is outstanding, for solving the cold storage energy consumption problem provides a new idea.
Traditional cold storage door drawbacks are obvious, thermal insulation zip structure of the rapid door came into being
Traditional cold storage doors generally have poor insulation performance, poor sealing, slow opening speed and other problems, resulting in serious loss of cold, energy waste is huge. The heat preservation zip structure of the rapid door using a unique design concept, the perfect combination of thermal insulation materials and rapid door, effectively solve the drawbacks of the traditional cold storage door.
The benefits of installing the heat preservation zip structure of the rapid door
Excellent thermal insulation performance: the door body adopts high-strength thermal insulation materials, with a unique zip sealing structure, effectively blocking the exchange of heat inside and outside, the thermal insulation effect is more than 50% higher than the traditional cold storage door.
Excellent sealing performance: the door body is surrounded by elastic sealing strips to ensure that the door body and the door frame are closely adhered to, effectively preventing the leakage of cold air.
Quick opening speed: the opening speed can reach more than 1.5 metres per second, which greatly reduces the air convection inside and outside the cold storage, and reduces the cold loss.
Stable and reliable operation: the door structure is robust and durable, and the operation is smooth and quiet, which effectively reduces the maintenance cost.
With the increasing attention to energy saving and emission reduction, as well as the rapid development of the cold chain logistics industry, the thermal insulation zip structure of the rapid door market has a broad prospect. In the future, the thermal insulation zip structure of the door will develop in the direction of more energy-saving, more intelligent and more durable, contributing to the green and sustainable development of the cold chain logistics industry.
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