Fleetguard Restore Plus delivers advanced filtration and fluid restoration for demanding mobile equipment. This solution targets critical hydraulic and power steering systems, helping maintain consistent response and component longevity.
Designed for heavy-duty fleets and complex machinery environments, it works to restore original system behavior without extensive component replacement. Below is a structured overview of core capabilities and use cases.
| Product Variant | Primary Application | Key Filtration Rating | Restoration Approach |
|---|---|---|---|
| Fleetguard Restore Plus | Hydraulic & Power Steering | 25 microns absolute | Clean & Condition Fluids |
| Fleetguard Restore Plus HD | Severe Duty Systems | 10 microns absolute | Deep Restoration Cycle |
| Fleetguard Restore Plus RTU | Quick Field Repairs | 25 microns absolute | Ready-to-Use Format |
| Fleetguard Restore Plus Kit | Complete Service Sets | Multi-stage | System Flush & Restore |
How Fleetguard Restore Plus Works
Fleetguard Restore Plus uses a balanced additive package to condition aged fluids and control varnish and sludge. By improving lubricity, it helps restore spool valve responsiveness and reduce stick-slip behavior in cylinders.
The product integrates easily into standard maintenance procedures. Technicians can introduce it during a controlled system flush, then circulate the treated fluid to lift deposits and stabilize performance.
OEM Compatibility and Approval
Many original equipment manufacturers specify or approve Fleetguard Restore Plus for use in systems where restoring function is preferred over component replacement. Before application, verify compatibility with system seals and elastomers through technical documentation or OEM guidance.
Key factors in compatibility include fluid base stock, temperature ranges, and pressure cycling characteristics. Matching these variables reduces the risk of seal swelling, excessive wear, or unexpected performance changes.
Application Best Practices
For reliable results, follow a structured sequence when applying Fleetguard Restore Plus. Preparation, circulation, filtration, and verification steps all contribute to a successful restoration.
- Inspect system components for visible damage before treatment
- Use compatible filtration and verified micron-rated elements
- Monitor pressure and temperature throughout the cycle
- Perform post-treatment analysis to confirm cleanliness targets
Technical Specifications and Performance
Performance is defined by measurable parameters such as particle count reduction, viscosity retention, and deposit control under standardized test conditions. These specifications help predict how equipment will respond in real-world operations.
| Specification | Metric | Fleetguard Restore Plus | Industry Reference |
|---|---|---|---|
| Contamination Cleanliness | ISO 4406 Cleanliness Code | 18/16/13 after treatment | Typical target for restored systems |
| Viscosity Retention | Centistokes at 40°C | Within OEM range after 500 hours | Based on standard hydraulic fluid benchmark |
| Wear Protection | Harnes test result, wear scar | 0.38 mm at 75°C | Demonstrates adequate film strength |
| Air Release Value | Minutes to release foam | 5 minutes or less | Critical for noise and responsiveness |
Operational Benefits and Maintenance Impact
Organizations using Fleetguard Restore Plus often see fewer repeat repairs, lower unplanned downtime, and improved consistency across their fleet. By restoring sealing performance and reducing internal leakage, it supports efficient power transmission.
Operational data and trend analysis help validate the effectiveness of each treatment cycle, guiding future service strategies and inventory planning for maintenance teams.
FAQ
Reader questions
Will Fleetguard Restore Plus fix aeration and spongy steering?
It can significantly improve these symptoms by removing entrained air, controlling foam, and restoring fluid film strength, leading to firmer pedal feel and more predictable response.
Is it suitable for systems with sensitive electronic controls?
Yes, the additive is formulated to avoid harsh chemistry that could affect sensors and valves, but system-specific validation with the equipment manufacturer is recommended.
How often should Fleetguard Restore Plus be used in a maintenance program?
Use it during major overhauls or when contamination levels exceed acceptable limits; routine intervals depend on duty cycle, fluid analysis results, and equipment manufacturer guidance.
Can it be used in combination with other treatment products?
It is best applied as a standalone treatment during a controlled flush to ensure predictable chemistry and avoid unintended additive interactions.