21. March 2013
Maximator GmbH has carried out the certification of its product programme with the support of its sales partner for the Russian Federation and GUS, the APA KANDT company. In addition to the GOST-R certification of the VFT products, the newly introduced TR certificates are immediately available for all Maximator GmbH product areas.
17. January 2013
Electrically driven high-pressure compressors for breathing air now round off the product range of the company Maximator GmbH from Nordhausen. This high-pressure specialist supplies high-pressure compressors for industrial customers, fire service and emergency response teams, divers, paintball players and sports marksmen.
18. December 2012
Maximator pressure switches are designed to switch a pneumatic signal and are used for automation tasks in a number of high-pressure applications. One typical application in connection with Maximator gas boosters is monitoring the inlet pressure and outlet pressure of the process gas. For multiple stage booster stations, the pressure switches are used to switch the individual stages on and off for example.
18. December 2012
Maximator has extended its range of air driven gas boosters with three models for pressure ranges 1,800 bar (25,000 psi), 2,100 bar (30,000 psi) and 2,400 bar (36,000 psi). The basis for this ultra high pressure booster is the DLE 30-75 model. The two-stage compression allows high end pressure to be achieved with comparatively low gas inlet pressure.
27. July 2012
Maximator has proven its pneumatically-operated relief valves with respect to all relevant "basic" and "proven" design principles, and also implemented improvements in the manufacturing process of the relief valves.
20. June 2012
Maximator presents a new series of boosters with the HDLE gas boosters, which are operated hydraulically. The four different basic models cover pressure ranges of 50 to 900 bar. The flow capacity remains constant over the entire pressure range. Each model (HDLE 2, 5, 15 and 30) is also available with a double stroke length for higher flow capacities.