Rowe Hightec ZH-M Synt Hydraulic and Steering Fluid-30509-0010-99

Rowe Hightec ZH-M Synt Hydraulic and Steering Fluid – 1L (30509-0010-99)

Rowe Hightec ZH-M Synt is a high-performance synthetic hydraulic and steering fluid engineered for use in advanced automotive and industrial hydraulic systems. Formulated with high-quality synthetic base oils and cutting-edge additive technology, it offers exceptional thermal and oxidative stability, outstanding wear protection, and superior low-temperature performance for reliable operation in extreme conditions.

This premium fluid ensures smooth, precise steering and hydraulic operation across a wide temperature range, making it ideal for modern vehicles with electronically controlled steering systems, power-assisted steering, and other high-demand hydraulic applications.

Key Features:

• Fully synthetic formulation for extended service life
• Excellent flow and performance at low temperatures
• Superior protection against wear, corrosion, and oxidation
• Outstanding thermal stability, even under high loads
• Compatible with a wide range of steering and hydraulic systems
• Ideal for cold climate performance

Approvals & Specifications:

Rowe Hightec ZH-M Synt meets or exceeds the following industry standards and OEM requirements:

• DIN 51524 Part 3 (HVLP)
• ISO 7308
• BMW
• Chrysler/Dodge/Jeep MS-11655
• DTFR 31B120 (formerly MB 345.0)
• MAN M 3289
• Ford WSS-M2C204-A/A2
• Hyundai/Kia PSF-4
• Opel 19 40 715 / 19 40 766
• Porsche 000.043.203.33 / 000.043.206.56
• Volvo 1161529 / 30741424
• VW TL 52 146 (G002 000 / G004 000)
• ZF TE-ML 02K

Applications:

Recommended for use in:

• Hydraulic and power steering systems of passenger cars and commercial vehicles
• Electro-hydraulic steering systems
• Central hydraulic systems require high-performance synthetic fluid

Rowe Hightec ZH-M Synt offers peace of mind with OEM-approved quality and robust all-season performance. It is an excellent choice for both service professionals and discerning vehicle owners looking to maintain optimal system performance and longevity.