ZPO-1L Synthetic Pulse Tool Oil
The ZPO-1L Synthetic Pulse Tool Oil is a premium-grade lubricant specially formulated for hydraulic pulse tools, oil pulse wrenches, and pneumatic impact systems. Designed to deliver superior protection, temperature stability, and sealing performance, ZPO-1L extends the service life of pulse units and ensures consistent torque output across continuous production environments. Manufactured using advanced synthetic base oils and anti-wear additives, ZPO-1L minimizes friction, reduces internal heat buildup, and maintains precise oil viscosity under extreme operating conditions. It provides smooth hydraulic performance, stable torque delivery, and extended maintenance intervals—making it the ideal maintenance fluid for all types of oil pulse fastening tools.
Key Features
High-Performance Synthetic Formula – Provides excellent lubrication and film strength, ensuring smooth pulse operation and maximum energy transfer efficiency.
Stable Viscosity and Temperature Resistance – Maintains consistent performance in both low and high operating temperatures, preventing torque drift and tool performance loss.
Superior Anti-Wear Protection – Reduces component wear on pulse mechanisms, improving tool reliability and service life.
Enhanced Sealing and Cooling Effect – Ensures stable hydraulic pressure and effective heat dissipation, preventing overheating during continuous use.
Oxidation and Corrosion Resistance – Protects internal components from rust, sludge, and degradation, even in humid or high-duty environments.
Low Volatility and Clean Performance – Minimizes oil evaporation and internal contamination for longer maintenance cycles.
Compatible with All Major Pulse Tools – Formulated for use in ZIPPTORK, ZIPPTOOL, and other leading brand oil pulse wrenches and hydraulic pulse systems.
Applications
The ZPO-1L Synthetic Pulse Tool Oil is engineered for use in:
Hydraulic Pulse Tools and Oil Pulse Wrenches – Ideal for maintaining stable torque output and consistent pulse efficiency.
Pneumatic Pulse and Impact Systems – Reduce friction, vibration, and heat in high-speed air tools.
Assembly and Manufacturing Lines – Ensures torque repeatability and reduces downtime in high-volume operations.
Maintenance and Calibration Centers – Recommended for tool service departments to guarantee precision and longevity.
Performance Advantages
Torque Stability – Maintains consistent hydraulic pressure and pulse strength over long operation cycles.
Extended Tool Life – Superior lubrication minimizes wear and internal stress on pulse unit components.
Reduced Downtime – Longer maintenance intervals and clean hydraulic operation improve productivity.
Operational Efficiency – Low friction and optimized viscosity improve pulse recovery and speed.
Temperature Control – Excellent thermal conductivity reduces heat buildup during intensive usage.
Universal Compatibility – Safe and effective for all leading brands of oil pulse fastening tools.
Technical Benefits
Viscosity Grade: Specially formulated for oil pulse tool applications (approx. ISO VG 15-32 range).
Thermal Stability: Maintains performance up to a continuous operating temperature of 120 °C.
Formulation: 100% synthetic base oils with anti-oxidation and anti-wear additives.
Packaging: 1 Liter container (ZPO-1L) for individual or service-station use.
Storage Life: Minimum 3 years when stored in sealed, dry, and temperature-controlled conditions.
Why Choose ZPO-1L Synthetic Pulse Tool Oil
The ZPO-1L Synthetic Pulse Tool Oil ensures maximum reliability, torque stability, and long-term protection for all pulse-driven pneumatic and hydraulic fastening tools. Its superior synthetic formulation minimizes wear, stabilizes temperature, and delivers consistent torque results, even under extreme duty cycles. Backed by our expertise in pneumatic and torque control technology, ZPO-1L helps manufacturers and maintenance professionals extend tool lifespan, improve torque accuracy, and reduce overall maintenance costs, making it an essential companion for modern industrial fastening systems.
