PRODUCT DESCRIPTION
The HJ WATERJET HJ- 040015-1 Seal Carrier Cartridge Assembly – 87K PH2 Intensifier is a precision-engineered ultra-high-pressure seal carrier cartridge designed specifically for FLOW-style HyperJet PH2 intensifier pump systems operating at pressures up to 87,000 PSI. The HJ-040015-1 seal restores high-pressure sealing integrity, improves intensifier efficiency, and maintains reliable ultra-high-pressure waterjet performance in demanding industrial cutting applications.
Built into a durable stainless steel carrier assembly, the HJ-040015-1 cartridge comes preloaded with:
- Precision-matched high-pressure seals
- O-rings
- Dynamic sealing elements
- Internal support components
The HJ-040015-1 advanced cartridge-style design eliminates the need for:
- Loose sealing parts
- Complicated shim adjustments
- Time-consuming manual seal installation
- Inconsistent seal positioning
The result is:
- Faster maintenance
- Simplified installation
- Reduced rebuild time
- Improved sealing consistency
- Enhanced ultra-high-pressure reliability
Designed using an Advanced Wear-Resistant Engineering Design, the HJ-040015-1 seal cartridge is engineered to withstand:
- Continuous 87K PSI pressure cycling
- Hydraulic shock loads
- High-speed plunger reciprocation
- Abrasive water conditions
- Thermal expansion and vibration
- Demanding industrial production environments
The HJ-040015-1 high-performance seal cartridge is essential for maintaining:
- Leak-free high-pressure operation
- Stable pressure generation
- Efficient intensifier performance
- Consistent cutting quality
- Long-term pump reliability
KEY BENEFITS
✔ Improved ultra-high-pressure sealing performance
✔ Reduced internal leakage
✔ Faster and easier installation
✔ Increased wear resistance
✔ Improved intensifier efficiency
✔ Longer maintenance intervals
✔ Reduced downtime and rebuild costs
✔ Enhanced cutting consistency
APPLICATIONS
- CNC abrasive waterjet cutting systems
- Aerospace manufacturing
- Precision metal fabrication
- Stone and glass processing
- Composite material cutting
- Automotive manufacturing
- High-volume industrial production