Available in multiple reducing combinations, including:
✔️ 1/2” × 1/4”
✔️ 3/4” × 1/2”
✔️ 1” × 1/2”
✔️ 1” × 3/4”
✔️ 1 1/4” × 1”
✔️ 1 1/2” × 1”
✔️ 2” × 1 1/2”
(Custom reducing sizes available on request.)
🦾 Manufactured from high-quality Stainless Steel SS316 / SS304 for excellent corrosion resistance.
🔩 NPT Male × Male threads for secure and leak-proof pipe connections.
🔧 Hexagon body design allows easy tightening with standard spanners.
📉 Reducing design enables smooth transition between different pipe sizes.
💥 Rated for 3000 LBS (3000 PSI) high-pressure applications.
🌊 Suitable for marine, hydraulic, chemical, oil & gas, and industrial systems.
| Parameter | Specification |
|---|---|
| Type | Hexagon Reducing Nipple |
| Material | Stainless Steel 316 / 304 |
| Pressure Rating | 3000 LBS |
| Thread Standard | NPT – ASME B1.20.1 |
| Connection | Male × Male (Reducing) |
| Temperature Range | -54°C to +425°C |
| Manufacturing Method | Forged / Machined |
| Finish | Polished / Passivated |
| Applications | Hydraulic Lines, Marine Piping, Oil & Gas, Chemical Plants, High-Pressure Systems |
🌊 Outstanding corrosion resistance, ideal for seawater and chemical exposure.
🔩 High-pressure performance ensures system safety and reliability.
🔧 Hex body allows easy installation and removal.
📏 Enables efficient pipe size reduction without extra fittings.
🧱 Durable construction ensures long service life under demanding conditions.
💰 Higher cost compared to carbon steel reducing nipples.
🧰 Over-tightening may damage NPT threads.
🔧 Requires proper thread sealant for leak-free performance.
✔️ Hydraulic & Pneumatic Systems
✔️ Marine & Offshore Installations
✔️ Oil & Gas Pipelines
✔️ Chemical & Petrochemical Plants
✔️ High-Pressure Industrial Piping
✔️ Instrumentation & Process Control
These fittings provide a compact, reliable, and high-pressure solution for connecting pipes of different sizes. Built from corrosion-resistant stainless steel and rated for 3000 PSI, they ensure leak-free performance, easy installation, and long-term durability in the most demanding environments.