Waterworks, Fire Fighting, Sewage/Effluent/Water Treatment Plant
IS 14846 PN 1.0/ PN1.6
We source and supply the best quality Kirloskar Sluice Valve that ensures an uninterrupted flow of water. Available in different sizes, Kirloskar Sluice Valve caters to the different requirements of the clients. This Valve can be availed at reasonable prices.
Water works,Water / Effluent / Sewage treatment plants,Fire Fighting
Kirloskar CI Sluice Valve are available in non-rising as well as rising spindle type suitable for clear water up to 450 C. These valves are designed with total compliance with applicable design and testing standards. All designs are validated for stress analysis.
We are amongst the reckoned names in the industry, engaged in providing a technically advanced range of Butterfly Valve. The valves we offer are manufactured using quality basic material and offered by us in various specifications that are light in weight and are highly preferred due to simple installation, easy maintenance, low cost, lightweight and space saving in combination with good flow characteristics. Hence, these Butterfly Valve are the right choice for our consumers.
The Cast Iron Sluice Valve are strictly designed in accordance and is used for different types of purposes, but mainly it is used for waterworks purpose. All the major components of these values are manufactured in our factory right from casting to final testings.
Due to the rising demands of our clients, we are engaged in offering a quality range CI Sluice Valve. These are developed in line with the set industry norms so that the ending product stands high on quality.
Used in waterworks piplines to reduce water hammer effect
We have known the name in offering the best quality Non Return Valve. These valves are specially designed to allow the fluid to flow in only one direction. Made under skilled supervision the offered valves are procured from recognized vendors that implement revolutionary manufacturing techniques to fulfill the challenging demands of applications having pulsating flows and tight spaces.