Specification:
| Type | High Pressure Male Thread Nipple | Manufacturing Capacity | 4000 pics/Month |
| Body Material | 316 stainless steel | Working Pressure | up to 20000 psi |
| Color | Silver | Working Temperature | -423℉ to 1200℉(-252℃ to 649℃) |
| Sizes | 3/8inch | Medium | Liquid Gas |
Hongji (Valvento) OD3/8″ High Pressure Male Thread Nipple
The OD 3/8″ High Pressure Male Thread Nipple is designed for secure, leak-free connections in ultra-high pressure systems operating up to 20,000 psi (1379 bar) . Precision-machined from high-strength stainless steel (with optional alloy grades), this fitting provides outstanding durability, corrosion resistance, and consistent performance in demanding fluid and gas control applications.
Featuring a male threaded design with precision tolerances, this nipple ensures safe installation, tight sealing, and long service life. Enhanced with a silver-coated nut to reduce galling and a hardened ferrule process for improved sealing integrity, it is built for reliability under the harshest operating conditions.
Features
- 20,000 psi (1379 bar) Pressure Rating for high-pressure fluid and gas systems
- Durable Construction : Stainless steel and optional alloy materials for corrosion resistance
- Male Threaded Connection : Ensures secure, leak-tight sealing and easy installation
- Silver-Coated Nut : Reduces assembly torque, prevents galling, and extends service life
- Hardened Ferrule Process : Provides superior grip, sealing, and long-term durability
- Precision Machining : Manufactured to tight tolerances for safe, consistent performance
Applications
- Oil & Gas – Wellhead control, hydraulic systems, and subsea high-pressure lines
- Chemical & Petrochemical – Secure handling of aggressive media in high-pressure pipelines
- Research Laboratories – High-pressure test rigs and fluid transfer systems
- Power Generation – Steam, cooling, and monitoring lines under extreme operating conditions
- Industrial Systems – Hydraulic, pneumatic, and instrumentation systems requiring ultra-high pressure reliability






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