Product Overview:
The G.P. AAV is engineered to allow air to enter drainage systems without permitting the escape of gases, thereby maintaining optimal pressure levels and preventing unpleasant odors. This mechanism is crucial for the proper functioning of plumbing systems, especially in modern buildings where space constraints and design considerations may limit traditional venting methods.
■ Sizes Available:
- G.P. AAV Mini (DN50): Suitable for smaller pipelines, this model ensures efficient air admittance in compact systems.
- G.P. AAV Maxi (DN100): Designed for larger drainage systems, providing adequate airflow to maintain system balance.
■ High-Quality Materials:
Constructed from durable, corrosion-resistant materials, ensuring longevity and reliable performance even in demanding environments.
■ Efficient Airflow Management:
The valve opens automatically to admit air when negative pressure occurs in the drainage system and closes tightly to prevent the escape of gases when the pressure is balanced.
■ Compact and Aesthetic Design:
With its sleek white finish, the G.P. AAV seamlessly integrates into various plumbing setups without compromising aesthetics.
■ Benefits:
- Prevents Sewer Gases: By allowing air to enter the drainage system while blocking harmful gases, it ensures a healthier and more comfortable indoor environment.
- Simplifies Installation: Eliminates the need for extensive vent piping, reducing installation time and material costs.
- Enhances System Performance: Maintains proper pressure levels within the drainage system, reducing the risk of siphoning and ensuring efficient wastewater flow.
■ Applications:
The G.P. AAV is versatile and can be utilized in various settings, including:
- Residential Buildings: Ideal for homes where traditional venting is impractical or where retrofitting is required.
- Commercial Establishments: Suitable for offices, hotels, and other commercial properties aiming to optimize their plumbing systems.
- Industrial Facilities: Applicable in factories and warehouses with complex drainage requirements.