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Mako MTC2F2F 1/4"F X 1/4"F - Mini Tee Handle Needle Valve - Carbon Steel - 6, 000 PSI - T Handle
MODEL MTC2F2F
$14.71 Each
Prices are subject to change
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Returnable: Yes
Connection 1 - Size
1/4"
Connection 1 - Type
FNPT
Connection 2 - Size
1/4"
Connection 2 - Type
FNPT
Height
2.34
Length
0.75
Material
Carbon Steel
Pressure Rating
6, 000 PSI
Width
2.396
Needle Valves The Mako MTC2F2F Mini Tee Handle Needle Valve is a robust and reliable component designed for precision control in fluid systems. Engineered from high-quality carbon steel, this valve is suitable for a range of applications requiring excellent performance and durability under high pressure.
Key Features
- Material: Constructed from premium carbon steel for enhanced strength and corrosion resistance.
- Pressure Rating: Capable of withstanding pressures up to 6, 000 PSI, ensuring reliability in demanding environments.
- Design: Features a T-handle for easy operation and precise flow regulation.
- Connection Type: 1/4" female threaded connections on both ends for seamless integration into existing systems.
- Compact Size: Mini design allows for versatility in tight spaces while maintaining high performance.
Applications
- Industrial Fluid Control: Ideal for applications in petrochemical, aerospace, and biopharmaceutical sectors where accurate fluid control is essential.
- Compatibility: Suitable for use with a variety of fluids, including oils, water, and gases, making it versatile for multiple industrial applications.
- Environmental Use: Functions effectively in high-pressure environments, ensuring reliability in critical operations.
Benefits
- Precision Control: The needle valve design allows for fine adjustments, ensuring optimal flow control and system efficiency.
- Durability: Built to last, the carbon steel construction provides long-term reliability, reducing maintenance needs and downtime.
- Ease of Use: The T-handle design facilitates straightforward operation, making it user-friendly for technicians and operators alike. --- Product information compiled with AI assistance for reference purposes.