Let your livestock enjoy the high-quality air they deserve.

Air is the invisible lifeline of livestock farming. Proper ventilation controls temperature, removes excess moisture, eliminates harmful gases like ammonia and carbon dioxide, and reduces pathogen numbers. Traditional air inlets—often simple openings or ordinary plastic baffles—offer inconsistent ventilation. They cause uneven airflow, temperature stratification, and fail to provide uniform air distribution. The result? Cold spots, heat stress zones, and areas with poor air quality reduce animal comfort, weaken the immune system, and directly impact growth rate, feed conversion rate, and reproductive performance.

Our polyurethane air inlets solve these problems at the source.

Optimal Airflow Direction and Speed: The unique blade design and material flexibility ensure that incoming air flows at the correct angle and speed. It first mixes with warm air from the ceiling, preventing cold air from blowing directly onto livestock, while ensuring fresh air reaches every corner of the building evenly. Say goodbye to “dead zones.”

Durability and Insulation:Polyurethane itself possesses moisture-proof, corrosion-resistant, and fatigue-resistant properties. It withstands the harsh, corrosive environments of livestock housing better than metal or ordinary plastics. Its excellent insulation properties prevent condensation and frost in cold climates, ensuring trouble-free operation year-round.

Lightweight and Easy to Install: Our air inlets are significantly lighter than metal inlets, making them easy to handle and install, reducing labor time and costs. They integrate seamlessly with existing ventilation control systems and can be automated and responsively managed based on real-time climate data.

Stable Performance: Unlike flexible vinyl or fabric inlets that may sag or deform, polyurethane’s rigid and adaptable structure maintains its shape and alignment, ensuring stable airflow patterns.

Our polyurethane air inlet systems are designed for global adaptability. They perform reliably in high humidity environments, resist UV degradation, and operate efficiently over a wide temperature range. We offer customizable sizes and configurations to meet the needs of any building design and ventilation strategy.