THE AB PRESSURE REDUCING VALVES are balanced inlet design, which are suitable for use on compressed air, gas, water and oil. These valves are used in a variety of applications throughout industry, where their outstanding accuracy and reliability have been proven. The AB is also a WRAS – Approved Product.

PRESSURE REDUCING VALVES – TYPE B2. – The B2 pressure reducing valves combines high capacity with attendant high accuracy of reduced pressure for steam and gases. These valves are used in a variety of applications throughout industry, where their outstanding accuracy and reliability have been proven. Valves are supplied in sizes half inch to six inch in SG Iron with ends screwed female or alternatively flanged to customers requirements.

PRESSURE REDUCING VALVES – TYPE C3. – The C3 pressure reducing valves are direct acting nozzle design, which are suitable for use on compressed air, gas, water, oil and steam. These valves are used in a variety of applications throughout industry, where their outstanding accuracy and reliability have been proven. Valves are supplied in sizes one and half inch to four inch in Gunmetal with ends screwed female or alternatively flanged to customers requirements.

PRESSURE REDUCING VALVES TYPE C3-L – The C3 L pressure reducing valves are balanced inlet design, which are suitable for use on compressed air, gas, water and oil. These valves are ideally suitable for tank blanketing systems, where very low pressures are involved. Valves are supplied in sizes half inch to three inch with ends screwed female or alternatively flanged to customers requirements. The maximum inlet pressure is 10.0 Barg, reduced pressure ranges of 0.015 to 1.0 Barg are possible.

PRESSURE REDUCING VALVES TYPE C4 – The C4 High pressure reducing valves are direct acting nozzle design, which are suitable for use on compressed air, gases, water and oil. These valves are used in a variety of applications throughout industry, where their outstanding accuracy and reliability have been proven. Manufactured in Bronze for inlet pressures up to 138 Bar g. For higher inlet pressures, valves are supplied in Carbon Steel or Stainless Steel. The reduced pressure range is from 7 Bar g to 70 Bar g, although higher or lower reduced pressures can be accommodated to suit a particular application.

PRESSURE REDUCING VALVES – TYPE C6 – The C6 pressure reducing valves are direct acting nozzle design, which are suitable for use on compressed air, gas, water, oil and steam. These valves are used in a variety of applications throughout industry, where their outstanding accuracy and reliability have been proven. Valves are supplied in sizes quarter inch to one and a quarter inch in Gunmetal with ends screwed female or alternatively flanged to customers requirements. Inlet pressures of up to 250 psig for steam and 300 psig for air and liquid service can be accommodated, although up to 600 psig can be achieved using a reduced orifice and screwed ends.

PRESSURE REDUCING VALVES TYPE C7/C8 – The C7/C8 pressure reducing valves are direct acting nozzle design, which are suitable for use on compressed air, gas, water, oil and steam. These valves are used in a variety of applications throughout industry, where their outstanding accuracy and reliability have been proven. Valves are supplied in sizes one inch to two inch with ends screwed female or alternatively flanged to customers requirements. The maximum inlet pressure is 40.0 Barg, reduced pressure ranges of 0.35 to 10.0 Barg are possible.

PRESSURE REDUCING VALVES TYPE C9 – The C9 pressure reducing valves are direct acting nozzle design, which are suitable for use on compressed air, gas, water, oil and steam. These valves are used in a variety of applications throughout industry, where their outstanding accuracy and reliability have been proven. Valves are supplied in sizes half inch to four inch with ends screwed female or alternatively flanged to customers requirements. The maximum inlet pressure is 82.0 Barg, reduced pressure ranges of 1.70 to 21.0 Barg are possible.

Pressure reducing valve T7
without auxiliary power, for steam
PN40 – DN15-200 PN100 – DN15-40

Pressure reducing valve T9
without auxiliary power, for liquids and gases
PN40 – DN15-200 PN100 – DN15-40

Description
Low-pressure reducing and relief valves regulate pressures in mbar range and serve the inertisation and blanketing of containers, reactors, stirrer vessels, centrifuges, etc. with inert gas such as nitrogen.
Inertisation For discontinuous batch processes before process start, the reactor chamber is rendered inert. The inertisation of spaces describes the process to displace the oxygen in the air or other reactive or explosive gases or gas compounds by adding of inert gas

Description Low-pressure reducing and relief valves regulate pressures in mbar range and serve the inertisation and blanketing of containers, reactors, stirrer vessels, centrifuges, etc. with inert gas such as nitrogen.
Inertisation For discontinuous batch processes before process start, the reactor chamber is rendered inert. The inertisation of spaces describes the process to displace the oxygen in the air or other reactive or explosive gases or gas compounds by adding of inert gas

Description Low-pressure reducing and relief valves regulate pressures in mbar range and serve the inertisation and blanketing of containers, reactors, stirrer vessels, centrifuges, etc. with inert gas such as nitrogen.
Inertisation For discontinuous batch processes before process start, the reactor chamber is rendered inert. The inertisation of spaces describes the process to displace the oxygen in the air or other reactive or explosive gases or gas compounds by adding of inert gas.

DESCRIPTION Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapour space, to reduce evaporation losses (consequently product losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consists in covering the stored medium, usually a liquid, with a gas (normally N2). MAIN FEATURES Compact design. No rising stem, except when supplied with top cap.

STANDARD SURFACE FINISH Internal wetted parts: ≤ 0,51 micron Ra – SF1. Body and cover Internal: machined / as casted. External: as casted. Ultrasonic cleaning.