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We offer a comprehensive range of high performance, low cost ball valves for safe, effective shut-off. We provide a choice of body design, materials, connections, seals and options, plus specialty valves, all segmented for ease of selection to suit your requirements.

Our bellows sealed isolation valves are engineered to maintain plant safety and save energy by totally eliminating stem seal leaks. Zero emissions are guaranteed which ensures our BSA valves meet the most stringent worldwide emissions legislation. Maintenance free, giving long life and low cost of ownership. Unaffected by vibration and will operate over a wide range of pressures and temperatures.

The globe valve is a cost effective general purpose isolation valve mainly used for isolation of steam trap sets across a wide range of industries, processes, fluids and applications.

Screwed and socket weld carbon steel piston type, in line stop valve for use on steam, condensate and liquid systems. Efficient. Accurate. Easy to maintain.

Our complete range of butterfly valves extends from general purpose to severe service models used for isolation and throttling applications. It includes resilient seated valves for long service life and bubble tight shutoff; high performance valves capable of temperatures from cryogenic to 1500°F (815°C) and pressures to ASME Class 1500 (PN 260); double flanged valves in sizes up to NPS 120 (DN 3000) and lined valves suitable for highly corrosive liquids, gases and slurries. With a robust construction and a high cycle life, these valves will lower your total cost of ownership.

Gate valves are primarily designed to start or stop flow, and when a straight-line flow of fluid and minimum flow restriction are needed. In service, these valves generally are either fully open or fully closed. Multiturn gate valves have a rubber coated wedge, with different coating types for the housing.

A solenoid valve is a type of valve that is controlled by an electric current. A coil of wire, also called an electromagnet, is energized to create a magnetic field that moves a plunger. This movement opens or closes the valve, allowing or shutting off the flow of liquids or gases through it.
Whether your application requires directional control, proportional or miniature valve technology, we provide the industry standard for reliability, adaptability, and energy efficiency.

Avoid leaving air in the system or wasting steam by venting air accurately. We provide air vents and eliminators to suit your application. Automatic air vents. Air vents for liquid systems. Thermostatic air vents for steam systems.

Complete range of lift and check valves available to suit any application.
Effective minimal maintenance free solutions.
Preventing reverse flow in pipelines.
Compact design.

Complete range of depressurisation valves to suit your needs.
Designed for industrial steam applications.

Create a safe & silent environment when discharging to atmosphere, essential for Health & Safety compliance. Designed to be fitted to the outlet of a steam trap, air trap or valve discharging to atmosphere. Reduces the problem of noise (a reduction of 80% of sound pressure level at 1 meter). Reduce erosion by cushioning high velocity discharge. Meet factory noise level legislation.

Wall mounted unit that allows steam to mix with cold water to provide a hot water source for hosing down.
Designed to provide hot water economically by blending steam and cold water quickly to the required user temperature.
Unique single source supply for wash down installations.

Range of pressure & temperature gauges to suit any application, including a hygienic option.

Separators – designed to gather small water droplets from steam and separate them from the pipeflow.
Reduce wet steam.
Maintain heat transfer efficiency.
Reduce erosion and corrosion in your steam system.
Reduce pipework and heating surface scaling.

Sight glasses allow quick & easy visual inspection throughout your system. Assess correct flow indication.
Detect blocked flow.
Identify any live steam or vapour leakage.
Inspect colour of product throughout process.

High efficiency steam strainers and filters for better quality steam. Designed to remove solid particles from the steam supply.
Reduce levels of contamination.
Maintain quality of end product.

Used to break the vacuum in a system when the system pressure drops below atmospheric pressure.
Protect your plant & process equipment against vacuum.
At the same time allow condensate to drain effectively from pipework and storage vessels.

Extremely versatile traps. Work efficiently on both light and heavy condensate loads.
Compact in size. Discharge capacity is high and continuous, ensuring maximum heat transfer.
Ball float steam traps are the best choice for draining plant with automatic temperature control.
An integral air vent is fitted as standard and a steam lock release is an option.

Balanced pressure thermostatic steam traps adjust automatically to varying steam pressures.
Excellent air venting characteristics during plant start-up and during normal operation.
Large discharge capacities for their size. Robust design of the internals gives a good life expectancy.

Bimetallic steam traps can conserve energy by discharging sub-cooled condensate in those applications which utilise sensible heat.
The most robust of all the thermostatic steam traps.
Able to withstand waterhammer and corrosive condensate.

Inverted bucket traps are the most robust type of the mechanical traps.
Able to resist waterhammer.
With check valve fitted in the inlet, they can be used with superheated steam.
Available with a wide selection of valve orifices for precise pressure and load matching.

Thermodynamic steam traps combine reliability, simplicity and efficiency of operation. With just one moving part – a hardened stainless steel disc – they give a blast discharge with clean, tight shut-off.
Able to withstand superheat, water hammer, corrosive condensate, freezing and vibration.
The TD trap is the first choice for removal of condensate from steam distribution systems.

Comprehensive selection of control valves to meet every application.
Self-acting temperature control.
Self-acting pressure control.
Piston actuated.
Ball valves.
Globe valves.

Safety valves are essential wherever a hazardous overpressure situation could occur.
Safeguard against:
Mechanical damage to equipment and surroundings.
Loss of product and production.
Damage to the environment.
Injury and loss of life.

Desuperheaters offer an efficient solution for the transfer of thermal energy in a range of applications. They provide the answer when the precise control and reduction of superheated steam temperature is required.
Our engineers are able to provide the correct desuperheater for your application, ensuring a perfect fit for a wide range of industries including combined heat and power, oil and petrochemical and pharmaceutical.
Desuperheater range provides turndown from 3:1 to 50:1.
Spray type, venture and steam atomising desuperheaters cover a variety of atomisation requirements.
Increase process efficiency – waste and residual heat can be recovered and recycled.
No moving parts – virtually maintenance free.

Comprehensive selection of electric and pneumatic actuators to meet every application.
Electric actuators – fitted to a valve that allows the valve to be operated remotely by an electrical signal.
Pneumatic actuators – valve actuator that moves according to the amount of air pressure applied to a diaphragm.

Positioners – fitted to a pneumatically actuated control valve that maximises its operational efficiency by guaranteeing a set valve position relative to the input control signal.

Controllers – equipment or program within a control system which responds to changes in a measured value by initiating a control action to affect that value.

Sensor – in control terms, the element which responds directly to the value of the controlled condition.

Well designed steam systems produce clean dry steam for delivery at high pressure – the best quality steam at the lowest cost.
Lower pressure steam is usually needed at the point of use.
Effective control demands an automatic valve that can reduce steam pressure accurately, reliably and at a cost to suit the application.
Self-acting valves (can operate without the need of external power).
Pneumatic signal and actuator operated valves.

Self-acting controls are the simplest and most reliable solution for controlling temperature. They are accurate, reliable, easy to use, easy to install and easy to commission.