Hydraulic Needle Valve

• Hydraulic Needle Valve Excellent fluid movement control. The tiniest movement change of the needle away from the seat will affect the fluid movement. This allows maximum accuracy.
• Precision & adaptability: Users can regulate fluid movement precisely and adjust the flow rate.
• Ensures safety: The precision feature of needle valves increases the safety level as there will be a lower chance of leakage, breakage, and overuse.
• High workability: This needle valve is best used for high pressure application as it can withstand pressure up to 6000 PSI.
• Made of stainless steel SS316 for extra protection against corrosion and rust. Increases durability of the needle valve.

Hydraulic Needle Valve are applied to set the pressure in a circuit part to counterbalance external force or a weight. The working pressure is commonly high in order to keep the load from free-falling. Needle valves controls fluid movement accurately, hence the name flow control valve. When the handle is turned on and the stem is being rotated, the needle rises up from the seat and fluid flows through. This allows maximum accuracy as the tiniest change of the needle will affect the fluid movement. The design of the seat and needle helps to avoid any gap for the fluid movement when the needle is put into place. By default, needle valves have a working pressure ranging from 5000 to 10000 PSI. As the temperature changes, so does the working pressure. If the needle valve is used in a high temperature setting, then it will have a lower working pressure. Our needle valve is made of stainless steel 316.

The benefits associated with Hydraulic Needle Valve are: Adaptability: Users can adjust the flow rate in between low to maximum system setting. Precision: Users can regulate fluid movement precisely. Effectiveness & efficiency: By applying the required flow, users can save money, manpower, and energy. Safety: The precision feature of needle valves increases the safety level as there will be a lower chance of leakage, breakage, and overuse.