Feature(may vary by option.)

●【High Pressure Resistance】- Discover efficiency with our Hydraulic Test accessories. Designed to withstand high pressure and exhibit excellent temperature resistance, it offers reliable performance in challenging working conditions.
●【Reliable Sealing】- With Test Coupling Adapter, our Thread Test Connector ensures no oil leakage, bringing practicality to your hydraulic system testing process.
●【Compact and Light】- Our Hydraulic Pressure is small in size and light in weight, making it easy to carry, store and convenient for use, enhancing work efficiency.
●【Versatile Use】- Heres a perfect Test Coupling Adapter for a broad range of applications. It can be effectively used in hydraulic systems, pressure detection, exhaust, oil sampling, and more.
●【Quality Assurance】- With stringent quality control and assurance, our hydraulic testing connectors are created to provide reliable function, allowing a peace of mind usage.

[M8*1]




[M14*1.5]




[NPT1  & 4]




[M10*1.25]




[UNF1  & 2]




[M10*1]




[ZG1  & 4]




[M12*1.5]





Description




Description:
Introducing our highly efficient Hydraulic Testing Adapter, model PT/PPT. Its designed to withstand high pressure and exhibit excellent temperature resistance from -40℃ to +100℃. With an advanced structure and reliable sealing, it guarantees zero oil leakage, offering practicality in your operations. The compact and lightweight adapter design allows easy storage, convenience in use and contributes to enhancing work efficiency. Additionally, it finds a broad range of applications in hydraulic systems, pressure detection, exhaust, oil sampling, and more.

Specifications:
- Item Type: Hydraulic Testing Adapter
- Model: PT/PPT
- Scope of Application: Testing, hydraulic system, etc.
- Temperature Resistance: -40℃ to +100℃
- Installation: Threaded link
- Connecting Pipe Diameter: Approx. 3mm

Package Includes:
- 5 x Hydraulic Testing Adapter

Please Note:
The Test Coupling Adapter is made with stringent quality control and assurance, promising reliable function.