The FT float type trap employs the buoyancy and leverage principles: to make the ball float ascend or descend by the change in the liquid level and then the ball float drives the lever to make the valve disc depart from or touch the valve seat to realize drainage and close the block vapor.

The valve is applicable in the steam pipeline and equipment to avoid steam leakage and eliminate steam leakage in order to conserve energy and keep from water hammer and other faults.

The balanced pressure principle is now the most widely accepted for applications where thermostatic steam traps can utilise sensible heat in the condensate and reduce flash steam losses.

The thermo-sensitive element of bimetallic trap is a bimetallic element cast through a special process by two metals of different expansion ratio. When the bimetallic element expands after heated, different expansion ratio results in bending.

The interior of the inverted bucket steam trap is one of the most strong steam traps among mechanical steam trap, and its strength are shown as follows: can resist water hammer and drain non-condensing air continuously.

Steam-water separators separate steam and drip in the steam on the basis of inner geometrical figure and principle of different flowing of steam and water, so as to increase steam dryness to assure operation.

During the transfer of high-pressure and high-temperature condensate, the pressure changes cause high-temperature condensate to change into secondary steam, which is recycled by the flash steam pot so as to supply steam for low-pressure steam using equipment for the purpose of effective reduction of energy waste.

steam injectors use steam to raise the temperature of water or other liquids. The injector draws in cold liquid, mixes it with steam inside the injector and distributes the heated liquid in the tank. In many applications the circulation induced by the injector is an advantage ensuring thorough mixing and avoiding temperature stratification.

Vacuum breaker range will protect your plant and process equipment against vacuum, and at the same time allow condensate to drain effectively from pipework and storage vessels.

A build up of air or gas can cause excessive noise, set up corrosion and lead to increased maintenance costs. It can cause air locks which inhibit the filling of the system or the priming of pumps. It can seriously affect the accuracy of the flow measurement meters and regulating valves. In extreme conditions it may even put a plant temporarily out of commission.