Adams Armaturen GmbH
Booth number: 2C 068
www.adams-armaturen.de/wp/home
About us
Continuity and reliability – worldwide
Known as the inventor of the triple offset design, ADAMS designs and manufactures Tight-Shut Off, Check- and Control- butterfly valves of the highest reliability and quality. 65 years of experience have resulted in a wide range of special valve solutions for critical applications in different business sectors such as Oil and Gas, Power, Chemical Industry, Water and others. Completed by a stock program for triple eccentric metal seated valves we are able to address all our customer needs for butterfly valves.
ADAMS headquarters and main plant are located in Herne, Germany. Distribution, development and production within the company work hand in hand. Rapid decision-making processes are the key to close cooperation for the benefit of our customers – in the typical style of a medium-sized company.
Address
Baukauer Str. 55
44653 Herne
Germany
E-mail: info@adams-armaturen.de
Phone: +49 2323 2090
Internet: www.adams-armaturen.de/wp/home
Contact person:
Eugen Ziselski
Sales Manager
E-mail: e.ziselski@adams-armaturen.de
Phone: +49 2323 209179
Peter Novak
Sales Manager
E-mail: p.novak@adams-armaturen.de
Phone: +42 0318 620136
Products & Services
ADAMS Armaturen designs and manufactures tight shut-off, throtle and control valves, check valves as well as combined function valves for critical applications. Our valve solutions are tailor-made according to our customers requirements and is completed by a stock program for triple eccentric metal seated valves.
Control valve trim type MAKO
The control valve MAKO is based on our well-proven triple offset valve type MAK and offers the same outstanding reliability all ADAMS valves have. Its disc design with the special shape and flow channels make it special and each of the discs are customized designs based on customer requirements.
Our control valve ideally prevents cavitation while regulating the flow and minimizing noises. The enhanced regulation is rendered possible because of the flow channels on the disc. Another improvement of the MAKO is, that the special form of the back of the disc has been adjusted, so that it creates a change of the flow chart within the first 20 degree and the last ten degree. This leads to a nearly perfect, even percentage characteristic curve during the whole flow area.
We have designed the control valve MAKO to be able to cope with extreme conditions, due to the solid seal located in the body. It offers highest reliability and long-term performance at extreme conditions. At the same time it is the ideal solution if a high-pressure drop is requested.
Check valve type MAG
Safety when flows reverse
The hallmark of the check valve MAG is an external balancing weight that optimally counterbalances the valve disc. Its advantage is that the valve is very responsive and the disc reliably reaches its final closing position. Due to the positioning of the balancing weight in its own pressure-resistant body without gland shaft seals, the valve exhibits low internal friction, which benefits the optimal closing and opening characteristics.
As automatically closing check valve, the MAG is used in exhaust steam pipes in steam turbines as well as in pressure lines of compressors in air and gas systems.
Our valves can be fitted with either a hydraulic or pneumatic auxiliary drive with spring loading as additional closing support. An overrunning clutch of the check valve MAG enables the free movement, which is not influenced by drive and gland shaft friction.
Tight shut-off, throttle and control valve type OSK
Economy in large dimensions
Our tight shut-off valve OSK offers an economical solution, for instance for piping systems conveying liquids or gases. Its compact design and flexible welded construction make it suitable for a wide range of applications.
The OSK’s double-eccentrically positioned valve disc and the hydrodynamically optimised soft sealing system allow the medium to flow through homogeneously without dead zones. Low wear is guaranteed by two factors: the continuous valve seal is highly resistant to hydrodynamic forces and low friction is gentle on the sealing system. Furthermore, rubber-coated valves or those made of stainless materials are available to ensure resistance to corrosion. A seawater model is also available.
