Böhmer Ball Valves

One Name

One Product

One Promise

More than 60 years ago company founder Günter Böhmer started to develop ball valves for the industry.

Since then nothing has changed. The name Böhmer is now an industry-wide synonym for a single product, a single task and a single promise: ball valves, which shut off the flow of media in pipes – and that with absolute reliability!

The strict focus on the ball valve made us one of the largest Producers of these products. You will find only a few manufacturers worldwide, with a similar range of ball valves and applications.

No matter whether we have to handle with gases, liquids or solid mixtures, Böhmer manufactures ball valves, which are used in power plants and industrial plants, pipelines, municipal networks, machinery and equipment and withstand the highest demands on a daily basis. Reliable and safe over decades.

Carefully planned, robustly constructed, precisely manufactured. Böhmer means absolute quality from the first drawing to the final application of the nameplate.

Technologies and equipment features

As simple as the basic task of a ball valve, so different and complex are its conditions of use. Böhmer has the appropriate technologies to offer the right solution for almost any application.

Single Piston System

If inadmissible excessive pressure builds up in the cavity of the ball valve body, then the seat ring design ensures automatic pressure release into the pipeline.

Double Piston System

With this design, each of the seat rings ensures tight sealing, regardless of the pressures in the system. A redundant sealing system is thus created. There is no self-relief of the cavity in the closed position (optionally also not in the open position).

Double Block & Bleed

A vent connection enables cavity pressure release. This means that the upstream and downstream seat rings ensure tight sealing of the cavity in the closed position (optionally also in the open position). With operational pressure in the pipeline, the tightness of the ball valve can thus be tested via the cavity.

Double Isolation & Bleed
(DIB 1 & DIB 2)

Die Druckentlastung des Totraums wird über einen Entlüftungsanschluss ermöglicht. Der dichte Abschluss zum Totraum in Geschlossenstellung (optional auch in Offenstellung) gewährleistet. Somit kann bei einer Rohrleitung unter Betriebsdruck die Dichtheit des Kugelhahnes über den Totraum geprüft werden.

Emergency sealing

If requested, we can deliver a sealant injection system for emergency sealing of the upstream, downstream and stem seals.

Anti-Static Design

Electrically conductive connections between the inner parts of the ball valve and the body ensure that no static electricity can build up.

Fire-Safe

This design ensures fire safety according to international regulations such as API 6FA, API 607 and BS 6755 P 2.

Anti-blout stem

Several independent sealing systems ensure sealing of the stem. The design prevents ejection of the stem while under pressure. That means that the three seals can be replaced under full pipeline pressure in both the open and closed positions.

Trunnion-mounted ball

Trunnion-mounted balls are standard features of Böhmer ball valves with a nominal diameter of 3“ and larger. In addition, self-lubricating bearings ensure low torques even at high pressure.

Soft seals

The sealing function is ensured by sealing rings made of plastic. A multitude of available materials (PTFE, PA, PEEK, etc.) enable a wide spectrum of applications and suitability for various fluids. Ball valves with plastic seals also feature low torques.

Metal to metal seats

Metal to metal seals are especially well suited to high pressures and temperatures. They are resistant to wear and not sensitive to dirt and sedimentation.

PMSS seals

PMSS seat rings (Primary Metal Secondary Soft) are metallic seat rings with plastic inserts. The combination of metallic gaskets with elastomers allows a wide range of applications as well as high wear resistance and insensitivity to dirt.

Spring-supported seat rings

The standard design of Böhmer ball valves includes spring-supported seat rings that guarantee tight sealing even with minimal pressure in the pipeline. Thanks to the seat ring design, the seating force of the seals is supported by the pipeline pressure and the seat ring force increases proportionally to the operating pressure.