Guth
Brand reference:73903
Guth is located in Offenbach, Rhineland-Palatinate. 150 has been producing high-quality stainless steel process components for many years. In addition to developing and manufacturing high-quality, durable valves in various designs, another core competency of Guth is the contract manufacturing of small and medium-sized specialized solutions. From demanding precision turned and milled parts to complex system components for food and pharmaceutical packaging machines, as well as for sterilization and filtration systems, we are a reliable partner. Guth has many years of experience in machining (cutting, turning, drilling, milling) and surface finishing (grinding, pickling, electropolishing, cleaning), and possesses a variety of modern machinery. We assemble individual components using certified welding processes and have comprehensive expertise in parts and electrical assembly.
Products from this brand
German Guth valves Guth models Guth prices
Guth valves can automatically open and close based on the system's working pressure. They are generally installed on equipment or pipelines in closed systems to protect system safety. When the pressure inside the equipment or pipeline exceeds the set pressure of the relief valve, it automatically opens to relieve pressure, ensuring that the medium pressure in the equipment and pipeline remains below the set pressure, thereby protecting the equipment and pipeline and preventing accidents. The working principle of Guth valves is a type of hydraulic control valve. The main valve is divided into upper and lower parts by a diaphragm. The lower chamber of the diaphragm is the water flow channel, and the upper chamber is the control room, which controls the opening and closing of the main valve disc. The pilot valve itself is a relief
German Guth valve Guth model Guth price
Guth valves are used in the field of industrial automation process control. They are the final control elements that change process parameters such as medium flow, pressure, temperature, and liquid level by accepting control signals output from the regulation control unit and using power operation. They generally consist of an actuator and a valve. According to stroke characteristics, control valves can be divided into linear stroke and angular stroke; according to the power source used by the associated actuator, they can be divided into pneumatic control valves, electric control valves, and hydraulic control valves; according to their function and characteristics, they are divided into linear characteristic, equal percentage characteristic, and parabolic characteristic. Control valves are suitable for