Polyurethane air inlet

In the daily operation of the farm, the quality of the ventilation environment directly affects the healthy growth and breeding efficiency of livestock. The polyurethane ceiling air inlet designed by us for the farm has become an ideal choice for breeding environment management with its unique advantages.

The livestock in the farm are densely populated, heat is easy to accumulate, and high temperature will cause the livestock to lose appetite and grow slowly. The excellent thermal insulation performance of polyurethane materials can effectively block the external high temperature from entering, while reducing indoor heat loss. In summer, the exhaust system can quickly reduce the temperature in the house; in winter, it can maintain a stable temperature in the house, avoid the stress of young animals caused by excessive temperature difference, and provide livestock with a suitable growth temperature range.

Livestock manure will produce harmful gases such as ammonia and hydrogen sulfide. If not discharged in time, it will damage the respiratory system of livestock and increase the risk of disease. This air inlet adopts a scientific air duct design, which can accurately control the air intake and wind speed, and evenly deliver fresh air to every corner of the house. At the same time, it promotes the flow of dirty gas in the house to the exhaust port, accelerates the discharge of harmful gases, significantly reduces the concentration of harmful gases in the house, and keeps the air fresh.

The farm environment is humid, and there are corrosive substances such as urine and feces, which is a great test for the durability of the equipment. Polyurethane materials have excellent corrosion resistance and stain resistance. They are not easily corroded by corrosive substances in the breeding environment, nor are they easily contaminated with feces, dust and other dirt. During daily cleaning, a simple wipe can restore cleanliness, greatly reducing equipment damage caused by corrosion and stain accumulation, extending service life, and reducing replacement frequency.

The ventilation system of the farm needs to run for a long time, and the stability of the equipment is crucial. The air inlet has a sturdy structure and strong seismic resistance, and can adapt to vibrations and collisions that may occur in the farm. It does not require frequent maintenance, and can stably and continuously play a ventilation role, reducing ventilation interruptions caused by equipment failures, alleviating the management pressure of breeders, and allowing them to focus more on livestock breeding itself.