Meltblown Fabric Low-Temperature Cooling System Air Cooler

Baochiyuan's main products: air coolers, oil coolers, water chillers, cooling towers, air conditioners, constant temperature and humidity air conditioners, heat pump units, heat recovery refrigerators, clean air handling units, etc.

Meltblown Fabric Low-Temperature Cooling System (Air Cooler)

Some reasons for meltblown fabric becoming brittle and hard
Uneven spinning, insufficient air volume from the air cooler! This causes uneven heat dissipation, generating internal stress leading to brittleness! It can be improved by adjusting the extruder's melt volume, adjusting the temperature of the hot air blower, and increasing the air volume of the air cooler!

Baochiyuan's meltblown fabric cooling air cooler has high air volume, adjustable outlet temperature of 5-20 degrees, and is your great helper in solving problems.

Detailed Introduction

Meltblown Fabric Low-Temperature Cooling System (Air Cooler)

I. Working Principle of the Meltblown Fabric Low-Temperature Cooling System (Air Cooler)

Based on the principle of the refrigeration system, low-temperature, low-pressure liquid refrigerant undergoes heat exchange with the surrounding air in the evaporator. The evaporator absorbs heat from the air, evaporating into low-temperature, low-pressure gas. During evaporation, the refrigerant temperature remains unchanged. The low-temperature, low-pressure gaseous refrigerant enters the compressor, is compressed into high-temperature, high-pressure gas, and then enters the condenser. In the condenser, it undergoes heat exchange with the indoor medium. Part of the heat from the high-temperature, high-pressure gaseous refrigerant is absorbed by the medium, raising the medium's temperature. The refrigerant releases heat, and the condenser

turns into high-temperature, high-pressure liquid. The temperature remains unchanged during the condensation process. It then enters the expansion valve for throttling, which is a rapid cooling process. The refrigerant becomes low-temperature, low-pressure liquid. After this process, the refrigerant re-enters the evaporator for heat exchange and evaporation, thus completing the entire refrigeration system cycle. This cycle continues continuously, allowing the air to be continuously cooled. The cooled air is then blown by the fan to the area requiring cooling.

II. Classification of Air Coolers

1. By Cooling (Heat Dissipation) Method

A. Water-cooled air cooler: (Shell and tube type) condenser equipped with a cooling tower for heat dissipation.

B. Air-cooled air cooler: (Finned type) condenser dissipates heat through the unit's own fan.

Air cooler selection: Generally chosen based on cooling capacity (air volume and temperature), selecting suitable water-cooled or air-cooled air coolers.

Air-cooled characteristics: Named after the heat dissipation method, it contains a finned condenser inside the unit for heat dissipation, eliminating the need for an additional cooling water tower. Installation and movement are very convenient. However, it requires good ventilation in the workshop environment; otherwise, it will directly affect the cooling effect.

Water-cooled characteristics: Water-cooled air coolers require additional installation of a cooling water tower and water pump to extract hot water for heat dissipation to achieve efficient cooling.