| Model NO. | Male Thread Needle Valve |
| Material | Stainless Steel |
| Pressure | High Pressure 6000psi |
| Standard | Standard |
| Media | Water |
| Media Temperature | High Temperature |
| Connector Type | Male Thread |
| Size | 1/4"-1" |
| OEM & ODM Custom | Accept |
| Logo Custom | Accept |
| HS Code | 8481804090 |
| Production Capacity | 50000 Pieces/Year |
PRECISION MALE THREAD NEEDLE VALVE
A male thread needle valve is a precision regulating valve designed with external thread connections for inlet and outlet, enabling precise fluid control through a rotating conical valve needle. Its core components include a robust valve body, precision needle, and high-quality valve stem transmission system.
The valve utilizes a progressive design to achieve micron-level flow regulation. The all-metal structure is highly resistant to pressure and corrosion, making it ideal for instruments, experimental equipment, and hydraulic systems.
These valves solve micro-flow control challenges in confined areas with direct screw-in installation, eliminating bulky adapters for equipment integration. The ground valve stem and seat deliver lab-quality metering in harsh environments, maintaining precision despite vibration or pressure swings.
Direct Screw-in Design
High Pressure Resistance
Precision Ground Stem
| Material Grade | Stainless Steel 316L |
| Max Pressure | 6000psi (414 Bar) |
| Thread Type | Male Thread (NPT/BSPT) |
| Seal Type | Metal-to-Metal Seal |
| Size Range | 1/4" ~ 1" |
| Customization | Logo, Size, and Color Customization Available |
Precision Flow Control
Realizes fine flow control through micron-level thread transmission and a high-precision conical valve needle.
High-Pressure Sealing
Precision-ground metal sealing surfaces ensure zero leakage performance even under extreme industrial conditions.
Compact & Sturdy Structure
One-piece forged valve body provides superior strength and an optimized flow channel to reduce resistance.
Wide Applicability
Adaptable to hydraulic systems and corrosive chemical processes with minimal maintenance requirements.