PVC special air conditioning insulated flexible duct | high efficiency heat insulation

1. Excellent thermal insulation performance

Low thermal conductivity: PVC outer layer combined with closed cell foam insulation (e.g. rubber, glass wool, etc.) reduces cold/heat loss, improves energy efficiency and lowers energy costs.

Anti-condensation design: the insulation layer blocks the temperature difference between inside and outside, avoiding condensation on the surface of pipes, protecting the building structure and prolonging the service life.

2. Lightweight and flexible, easy to install

Light weight: compared with metal ducts, the weight is reduced by more than 60%, reducing transportation and installation difficulties.

Flexible and bendable: no need for complex fittings to bypass obstacles, adapt to complex building structures, saving installation time and labor costs.

Modularized design: supports quick cutting and connection, shortening the project cycle.

3. Durable and corrosion resistant

Chemical resistance: PVC material is resistant to humidity, acid and alkali environment, suitable for basement, laboratory and other harsh scenes.

Anti-aging: Products with UV protection layer can be used outdoors and maintain stable performance for a long time.

4. Noise reduction and shock absorption

Sound absorption: The flexible structure and porous insulation layer absorb the airflow noise and reduce the sound level of system operation.

Vibration cushioning: Reduce the vibration transmitted by the fan to improve comfort and protect the equipment.

5. Economical and efficient

Low cost: material and installation costs are lower than metal ducts, with a high overall price-performance ratio.

Simple maintenance: smooth surface is not easy to accumulate dust, easy to clean, low maintenance cost for long-term use.

6. Wide applicability

Multi-scenario adaptability: suitable for all kinds of air conditioning and ventilation systems in commercial buildings, hospitals, factories, data centers, etc.

Wide temperature range: can withstand -15°C to 80°C environment to meet the cooling and heating needs.

The application scenarios of PVC air conditioning insulated flexible duct include:

1. residential air-conditioning system: used in homes to connect the air-conditioning main unit with each room to ensure even air distribution and temperature control.

2. Commercial buildings: such as office buildings, shopping malls and other places, used for ventilation of central air conditioning system to enhance indoor comfort.

3. Industrial plants: applied to machine cooling or temperature control systems to help maintain equipment operating temperature and avoid overheating.

4. Clean room: In medical, semiconductor and other industries, to ensure clean air and stable temperature control to meet the strict environmental requirements.

5. Cold storage and refrigeration equipment: used in cold chain logistics and food preservation to ensure stable temperature and reduce energy loss.

6. data centers: in environments where computers and servers operate, providing effective ventilation and cooling to prevent equipment overheating.

These application scenarios fully demonstrate the importance of PVC air-conditioning insulation flexible ducts in enhancing air circulation and insulation effectiveness.