AYRTTER is a professional China Tower Internals manufacturer and supplier. We fully understand that the efficient operation of a packed tower depends not only on the packing itself but also on a well-designed tower internal system. Therefore, AYRTTER provides a complete range of tower internal products, including liquid distributors, liquid collectors, redistributors, gas distributors, packing hold-down plates, support grids, and more. Whether for new tower projects or existing tower revamps, AYRTTER offers customized solutions based on column diameter, operating media, and process parameters. Precision-engineered from high-quality metal materials (such as stainless steel, carbon steel, duplex steel, etc.), our tower internals feature rational structure and easy installation, ensuring uniform liquid distribution and smooth gas flow, effectively eliminating wall flow and channeling, significantly improving overall tower mass transfer efficiency—truly achieving high-efficiency separation process goals.
The design philosophy of AYRTTER Tower Internals emphasizes fluid dynamics optimization and long-term operational reliability. Liquid distributors adopt gravity-fed or pressure-fed multi-stage liquid distribution structures, with the number of distribution points precisely calculated to ensure uniform spray density per unit area. Gas distributors utilize guide vanes or perforated plate structures to achieve an ideal velocity field distribution before the gas enters the packing bed. All internal products feature excellent anti-fouling capability and mechanical strength, making them suitable for various industries including fine chemicals, petrochemicals, coal chemicals, pharmaceuticals, environmental desulfurization, and fertilizers.
During operation, AYRTTER Tower Internals offer features such as robust construction, wide operating flexibility, and easy maintenance. An optional upgrade includes intelligent monitoring interfaces for online feedback of tower pressure drop and temperature distribution, helping customers achieve digital operation and maintenance. Choose AYRTTER for precision, reliability, and professionalism.
AYRTTER is a professional manufacturer and supplier of Float Valve Trays in China. We deeply understand that in the design and operation of plate towers, sufficient contact and efficient mass transfer between the gas and liquid phases are the core guarantees for separation effectiveness. As the most widely used internal component of plate towers, the Float Valve Tray dominates many fields such as petroleum refining, petrochemicals, coal chemicals, fine chemicals, and environmental protection due to its excellent operational flexibility, high mass transfer efficiency, and relatively simple structure.
AYRTTER is a professional manufacturer and supplier of Liquid Redistributors in China. We understand that in tall packed columns, even with a high-performance liquid distributor at the top, wall flow, channeling, and flow deviation will gradually occur as the liquid flows downwards along the packing layer. These uneven flows lead to a significant decrease in mass transfer efficiency, making it difficult to achieve the expected separation effect at the bottom of the column.
AYRTTER is a professional manufacturer and supplier of Trough-Pan Gas-Liquid Distributors in China. We understand that uniform gas and liquid distribution is equally important in the operation of packed towers. Uneven liquid distribution can lead to wall flow and channeling, while uneven gas distribution can cause local flooding, entrainment, and reduced mass transfer efficiency.
AYRTTER is a professional manufacturer and supplier of trough liquid distributors in China. We understand that in the operation of packed towers, the quality of liquid distribution directly determines the mass transfer efficiency and separation effect of the entire tower. Uneven distribution can lead to a series of problems such as wall flow, channeling, dry zones, and local flooding, making it difficult for even the highest performance packing materials to perform as intended.
