FIND A HITER REPRESENTATIVE NEAR YOU
Leading Control Valve Manufacturer in Latin America
Serving Industry Needs Since 1965
We Are Part of a Global Group
Products
Globe Valves
Hiter's globe valves provide excellent sensitivity, precise control, and easy adjustment, with significantly reduced weight and size.
Rotary Valves
Rotary valves feature a more compact design compared to globe valves, offering an excellent cost-benefit ratio for large diameters. Additionally, they provide greater flow capacity, high rangeability, and superior sealing capability.
Steam Desuperheaters
Steam desuperheaters have been developed to provide precise and economical temperature control by injecting cooling water into the steam pipe.
Steam Conditioning Valve
Hiter's innovative and economical conditioning valve is an efficient solution for the correct control of flow velocity for pressure reduction control, meeting the most severe temperature and pressure conditions.
Emergency Shut-Off Valves
The right amount of protection provides emergency shut-off in tanks or pipes by blocking the flow quickly in the event of a pressure change, fire or other emergency. It has full passage, without restrictions or obstructions, even allowing the PIG to pass through. Can be installed on the horizontal or the vertical, obeying the flow direction. Only one with FIRE-SAFE certificate.
Pressure Reducing Valves
The self-operated reducing valves, with precise adjustment, are designed to relieve and reduce pressure in lines of steam, water oil, air, gas and other liquids. They are used to regulate the pressure upstream or downstream of the valve and ensure its stability.
Actuators
Versatile, with high-performance, used to actuate control valves with linear or rotary displacement in modulating or locking control systems. They can be diaphragm, piston or servomotor. They are generally supplied mounted on the valves, although they can also be supplied separately.
Positioners
Positioners are installed in pneumatically actuated control valves, maximizing their operational efficiency and ensuring a precise valve adjustment position relative to the input control signal.