

Material Of Construction:- Polypropylene (PP)
Design:- Two Piece Body.
Max working temp:- 50 degree C (consistently)
Connection End :- Flange end, Screw End, and Plain End
Construction:- Single body moulded
Test pressure:- 08 kg./cm2
Size Range:- 63MM to 110MM
Product Description: PP Agriculture Non-Return Valve 1. Application: The PP Agriculture Non-Return Valve is specifically designed for use in agricultural applications to control the flow of fluids and prevent backflow. It is commonly used in irrigation systems, water supply systems, and other agricultural processes where the prevention of reverse flow is crucial. 2. Where it is used: The PP Agriculture Non-Return Valve can be used in various agricultural settings, including: - Irrigation Systems: The valve can be installed in irrigation pipelines to ensure that water flows in only one direction, preventing the backflow of water and maintaining the desired flow rate. - Water Supply Systems: In agricultural areas where water is supplied from external sources, the non-return valve can be used to prevent contamination of the water source by preventing the backflow of water or other fluids. - Drip Irrigation Systems: Drip irrigation systems rely on a controlled flow of water to deliver moisture to plants. The non-return valve helps maintain the desired water pressure and prevents water from flowing back into the system, ensuring efficient operation. - Fertilizer and Chemical Applications: When applying fertilizers or chemicals to crops, it is essential to prevent any backflow that could contaminate the water source or cause damage. The non-return valve ensures that the fluids flow in one direction only. - Pump Systems: The non-return valve can be used in pump systems to prevent the reverse flow of water when the pump is turned off, avoiding any damage to the pump and maintaining system efficiency. Overall, the PP Agriculture Non-Return Valve offers a reliable and efficient solution for controlling fluid flow and preventing backflow in various agricultural applications, contributing to the optimal performance of agricultural systems and processes.