Gate Valve: Gate valves (also known as knife valves or slide valves) are linear motion valves in which a flat closure element slides into the flow stream to provide shut-off. Gate valves are designed to minimize pressure drop across the valve in the fully opened position and stop the flow of fluid completely. The direction of fluid flow does not change, and the diameter through which the process fluid passes is essentially equal to that of the pipe. Hence, they tend to have minimal pressure drop when opened fully. they are excellent for use anywhere a shut off valve is needed. Globe Valve: Globe valves are linear motion valves, from which their name is derived. They are widely used in industry to regulate fluid flow in both on/off and throttling service. Globe valves consist of the moving parts - the disk, the valve stem, and the handwheel. The stem connects the handwheel and the disk. It is threaded and fits into the threads in the valve bonnet. The location of the valve disk in relation to the valve seat allows or restricts flow. Y-Type Globe Valve: Y- design valves derive linear action from the incline between the axis of the inlet and outlet ports. The inlet and outlet are not of single piece construction. These valves offer precise throttling and control and have high-pressure limits. They also offer a low co-efficient of flow and are however not good selections in applications requiring cleanliness or sterility. Check Valve: Check valves also known as Non-Return Valves are mechanical valves that permit gases and liquids to flow in only one direction, preventing process flow from reversing. They are classified as one-way directional valves. Fluid flow in the desired direction opens the valve, while back flow forces the valve closed. The mechanics of check valve operation are not complicated. Lift Check Valve: Lift-check valves have a disc that is guided. Spring-loaded types can operate vertical or horizontal mounting. The style that lacks the spring must be mounted in such a way as to allow gravity to close disc. Composition disc valves are available for gritty liquid services. Strainer: Line strainers protect your fluid handling system against the damage that can occur to valves, traps, and other equipment when foreign matter such as dirt, scale or welding particles travel through the pipeline. strainers are suitable for most general straining purposes on non-aggressive fluids. The strainer may be used on all types of pipelines to collect granulated foreign substances and contaminants collected. It can improve the clearance in the medium, and prolong the life of valves and other equipments. Butterfly Valve: Butterfly valves are quick opening valves that consist of a metal circular disc or vane with its pivot axes at right angles to the direction of flow in the pipe, which when rotate on a shaft, seals against seats in the valve body. The are normally used as throttling valves to control flow. Butterfly valves control the flow of gas or liquid by means of a disk, which turns on a diametrical axis inside a pipe or by two semicircular plates hinged on a common spindle, which permits flow in only one direction. These valves offer a rotary stem movement of 90 degrees or less, in a compact design. Unlike ball valves, butterfly valves do not have any pockets in which fluids may become trapped when the valve is closed. These valves offer a rotary stem movement of 90 degrees or less, in a compact design. Unlike ball valves, butterfly valves do not have any pockets in which fluids may become trapped when the valve is closed. Double Regulating Valve: Double regulating and commissioning valves also known as circuit setter are installed in the pipe work of hot water, central heating cooling systems and serve to achieve a hydronic balance between the various circuits of the systems. The double regulating and commissioning valves may be installed in either the supply or the return pipe. Functioning components on one level allows a simple assembly and easy operation only one valve can use for all following applications Presetting - Measuring - Isolating - Filling - Draining. Ball Valve: Ball valves are quarter-turn, straight through flow valves that have a round closure element with matching rounded seats that permit uniform sealing stress. Ball valves are used in situations where tight shut-off is required. The type of seat can vary with the valve pressure rating and materials of construction. They are wide duty valves, able to transfer gases, liquids and liquids with suspended solids (slurries). Expansion Joint: Its designed for tough demanding industrial applications as found in: air-conditioning-heating and ventilating systems, chemical-petrochemical and industrial process piping systems, power generating systems, marine service, pulp & paper systems, water-wastewater sewage and pollution control systems. Installed next to mechanical equipment or between the anchor points of piping system & it use for: absorb pipe movement & stress, compensate alignment, decrease systems noise. eliminate electrolysis, isolate vibration, protect against start up, surge forces.

Pressure & Temperature Ratings (PSI) Temperature °C PN 16 2" - 12" PN 16 14" - 24" -10 to 66 230 150 94 210 135 108 200 130 121 190 125 135 185 120 149 180 110 163 175 105 177 170 100 190 160 - 205 155 - 218 140 - 230 130 - Reference: Manufacturer Standardization Society (MSS)

Incase of increase in specified pressure for which the valve has designed or use on wrong applications for which the valve hasnot designed. The company will not be responsible & will not accept any claim of replacement. Valves should not be misused such as mishandling, allowing dirt to enter, not cleaning the system properly, or using excessive force during bolting & handwheel operation & should not be lifted by handwheel or stem.