Hydaira
Brand reference:73934
Hydaira was founded in 1957, specializing in the development and manufacture of hydraulic, pneumatic, and other fluid engineering products. Hydaira products feature a compact, space-saving design in terms of outer diameter and length, offering an excellent power-to-installation-space ratio. The bolted connection design ensures the assembly and interchangeability of all components. Today, Hydaira has been integrated into the Valenta Group as part of Uniprod AG. The product portfolio covers the entire spectrum of pneumatic and hydraulic drive systems, as well as the generation, distribution, and treatment of compressed air.
Products from this brand
German Hydaira valves Hydaira models Hydaira prices
Hydaira valves are globe valves that use a diaphragm as the closing element to seal the flow passage, shut off fluid, and separate the valve body cavity from the valve bonnet cavity. Diaphragms are commonly made of elastic, corrosion-resistant, non-permeable materials such as rubber and plastics. Valve bodies are mostly made of plastic, fiberglass, ceramic, or metal with rubber lining. They feature a simple structure, good sealing and anti-corrosion performance, and low fluid resistance. They are used for media with low pressure, low temperature, strong corrosivity, and suspended solids. By structural form, they are classified as weir type, globe type, gate type, etc. By actuation method, they are classified as manual, pneumatic, and electric. Hyd
German Hydaira valves Hydaira models Hydaira prices
Hydaira valves consist of two main assemblies: the valve body assembly and the actuator assembly (or actuator system). They are divided into four major series: single-seat control valves, double-seat control valves, cage-style control valves, and self-acting control valves. Variations of these four valve types can result in numerous different applicable structures, each with its specific applications, features, advantages, and disadvantages. Although some control valves have a wider range of operating conditions than others, control valves are not suitable for all conditions. The goal is to jointly build optimal solutions that enhance performance and reduce costs.