Our industrial valve products are “trusted. worldwide.” as a result of their high reliability, long life cycle and extremely low total cost of ownership.
Ball valves, due to their main characteristics, are highly versatile in terms of fluid handling and among the most popular valves found in the industry. Ball valves feature a quick closing ¼ turn, which is usually achieved by means of a lever, thus allowing for simple operation.
KLINGER ball valves meet even the most demanding specifications. They are used in a wide range of industries. At KLINGER, your ball valve manufacturer of choice, we focus on the highest quality levels, reduced maintenance requirements and global service. Last but not least, our fully automated production of ball valves with up to DN 1000 makes us stand out even further among the competition.
Our industrial ball valves are important components in process engineering systems of all main sectors for the maintenance of transport and production processes. The functional area of responsibility ranges from shutting off, throttling and regulating material flows (solid-containing, liquid or gaseous) in piping systems up to opening and closing processes in piping systems.
The sometimes extreme operating conditions (pressure, temperature, medium) and the safety requirements in the process and control technology require our detailed technical knowledge and application experience for the differentiated design and manufacturing of the industrial ball valves.
Butterfly valves regulate or isolate the flow of a liquid medium by means of a rotatable disk. Similar to ball valves, butterfly valves are also characterized by their quick operation. As a quarter-turn valve, fully opening or closing the valve is achieved by rotating the disk a quarter of a turn.
The KLINGER Conaxe, a double-offset high-performance butterfly valve, is one of the more recent additions to KLINGER’s specialized fluid control portfolio. Developed to master demanding media or pressure challenges not suitable for ball valves, the Conaxe is ideal for applications within the energy and district heating sector, the oil and the chemical industry as well in the paper and the steel industry. Its one-piece housing is available in lug, wafer, welding ends and flange design in the dimensions DN 50 to 1300. The KLINGER Conaxe comes equipped with an RTFE sealing element. Metal sealing elements for special applications can optionally be fitted prior to shipping.
Piston valves stand for excellent industry performance with their minimum maintenance requirements and production savings. KLINGER piston valves are characterized by a system of seals and rings that ensures tightness to atmosphere and thus prevents environmental contamination.
KLINGER has been at the forefront of piston valve technology since 1922. Featuring different types of connections – flanged, threaded, butt and socket weld ends – and both DIN and ANSI-compliant standards, KLINGER piston valves complete the wide range of KLINGER’s industrial valves.
Gate valves are primarily used to enable or prevent a fluid medium to flow (i.e. ON / OFF control). A fully open gate valve results in no obstruction to the flow path, thus allowing for very low friction losses.
Globe valves are primarily found in fluid regulation applications. Their (semi-) spherical form is comprised of two body halves, separated by an internal baffle. Shutting the globe valve is achieved by means of a disk, which screws into the seat of the battle by means of a handwheel or actuation. As opposed to ball valves, the flow of the medium is not direct and in one direction, instead the fluid enters and rises inside of the body of the valve prior to exiting on the other side.
Check valves are primarily used to fully close the passage of a circulating (gaseous or fluid) medium in one direction and to simultaneously allow free passage in the other direction. As two-port valves, they feature two openings in the body, one by which the fluid can enter, and one by which it can leave.
Knife gate valves are characterized by an interior blade that rises and falls by means of a shank. This operating principle allows it to efficiently “cut” the fluid. Knife gate valves are ideal for systems that transport fluids with a high solids content, which are difficult or impossible to close by means of conventional valves.
KLINGER plug valves operate with the same principle used by ball valves. They feature cylindrical or conical “plugs” with one or more hollow passageways. Rotating these plugs inside the valve body allows the operator to control the flow of the medium through the valve. KLINGER plug valves are typically used for opening / closing functions as well as for flow deviation, which is due to their multiport configuration capabilities. Amongst others, plug valves can be used for fluids with suspended solids.
Diaphragm valves are characterized by a straight passage design, and are typically used with corrosive or abrasive fluids. This valve type may be either coated or feature a liner inside the body. Combined with the diaphragm, they are capable of performing their intended function with minimal wear.
Pinch valves are typically used in applications where the media need to be completely isolated from internal valve parts. The sleeve holds the flow medium, and subsequently isolates it from the environment, thus significantly reducing contamination. Pinch valves are found in abrasive and corrosive applications, slurries or processes with entrained solids. The latter is due to the fact that the flexible rubber sleeve is capable of closing drop-tight around the solids.
Safety valves or relief valves are designed to relieve pressure when a fluid exceeds a pre-set limit. Their function is to counter a possible rupture of the protected system or the failure of a device or pipeline as a result of excessive pressure.
Bellow valves feature a metal bellows, usually cylindrical in shape, to protect against stem leakage. Functioning like a vertical diaphragm, it seals with the valve stem and the valve body itself. This type of valve is used to minimize air pollution, losses in production, problems in the process and energy losses.
A control valve is used to manage the flow of a fluid by varying the flow passage volume. As a consequence, variables such as the pressure, temperature and fluid level can be directly controlled. KLINGER offers control valves that utilize the same wear parts as ball valves as well as segment control valves suitable for flow and pressure control.
Actuators use electrical, pneumatic or hydraulic energy to open and close elements of a valve. KLINGER offers a wide range of actuators as well as actuator accessories, including 90° electrical actuators, pneumatic actuators (90°, 120°, 180°), actuators for diaphragm valves, butterfly, solenoid and ball valves as well as position indicators, silencers and switch boxes.
