Mako NS10S2M2F 1/4"M X 1/4"F - Standard Needle Valve (Hard Seat) - 316 Stainless Steel - 10, 000 PSI

Needle Valve The Mako NS10S2M2F Needle Valve is a high-performance fluid control component designed for precision applications in various industrial settings. Manufactured from durable 316 stainless steel, this standard needle valve is engineered to handle high-pressure environments up to 10, 000 PSI, making it ideal for demanding hydraulic and pneumatic systems. ## Key Features • **Material Construction**: Crafted from 316 stainless steel for superior corrosion resistance and durability in harsh environments. • **Pressure Rating**: Rated for a maximum pressure of 10, 000 PSI, ensuring reliable operation in high-pressure applications. • **Connection Type**: Features a 1/4" male to 1/4" female NPT connection for versatile installation options. • **Design**: Equipped with a hard seat design that provides excellent sealing capabilities and minimizes leakage. • **Flow Control**: Offers precise flow regulation, making it suitable for applications requiring fine adjustments. ## Applications • **Hydraulic Systems**: Ideal for controlling fluid flow in hydraulic machinery and equipment. • **Pneumatic Applications**: Suitable for use in pneumatic systems, ensuring efficient air flow control. • **Chemical Processing**: Compatible with a wide range of fluids, making it useful in chemical processing and petrochemical industries. • **Aerospace and Biopharmaceuticals**: Designed to meet the stringent requirements of aerospace and biopharmaceutical applications. ## Benefits • **Enhanced Durability**: The robust 316 stainless steel construction ensures longevity and resistance to corrosion, reducing the need for frequent replacements. • **Precision Control**: The needle valve design allows for finer adjustments in flow, enhancing system performance and efficiency. • **High Reliability**: With a pressure rating of 10, 000 PSI, this valve ensures safe and reliable operation even under extreme conditions. --- *Product information compiled with AI assistance for reference purposes.*