Filter the results
Showing 13–18 of 48 results
DIN safety relief valve, low pressure, threated
Threaded safety valve for the low pressure range from the type 1216.
Readily available for quick delivery and suitable for use in very demanding industries.
Available with a female thread connection BSP or NPT. This version is also available as standard in Duplex.
Because of a big stock of different kind of valve bodys and many different trims, nothing stands in the way of quick deliveries.
The valves can also be equipped with other additional options.
Various approvals ensure that these valves are also used in very demanding industries.
Dual plate check valve
The ChemValve Schmid dual plate check valve has an eccentric disc and a wafer design.
The flow-friendly design reduces the pressure loss in the system and therefore the energy requirements of the plant.
Another advantage of this valve is that no gland is required due to the design and so it is impossible for the medium to escape.
The dual plate check valve is used in all industrial processes involving liquids, gases or steam.
Nozzle check valve streamLiner
The flow-optimised ChemValve-Schmid check valve increases energy efficiency, reduces pressure loss and lowers operating costs.
Furthermore, the seated valve body prevents the valve from tilting and therefore increases the service life of the valve.
The valve is highly sensitive to changes in flow due to its special design, which in turn has a positive effect on hydraulic shocks.
Installation is simplified for all common international flange types due to the housing design.
ANSI double block and bleed ball valve, floating
“The JC Valves “double block & bleed” (DBB) valves are designed and produced to provide a reliable alternative to multi-stage shut-off valves.
They reduce the possible leakage points, lower installation and maintenance costs.
Combining all the shut-off and drain components within a valve leads to a significant reduction in weight and piping.
The valves are either available in a flanged or bolted design.”