The Wilwood EXP 600 Plus Racing Brake Fluid is engineered for high-performance braking systems, offering exceptional thermal stability and consistent performance under extreme conditions. This 500 ml bottle is ideal for racing and high-demand automotive applications, ensuring your braking system maintains optimal responsiveness during intense driving situations. The fluid*s formulation is designed to resist vapor lock and brake fade, providing reliable operation even in the most demanding environments. Its compatibility with a wide range of brake systems makes it a versatile choice for professional racing teams and automotive enthusiasts alike.
Wilwood's EXP 600 Plus Brake Fluid features a high boiling point, which helps prevent boiling-induced brake fade during aggressive braking. This characteristic ensures that your braking performance remains stable and predictable, giving you confidence on the track or during spirited driving. The fluid is formulated to meet the rigorous standards required for racing applications and is suitable for use in various high-performance braking systems.
Designed with quality and safety in mind, the Wilwood EXP 600 Plus Brake Fluid is a reliable solution for maintaining optimal brake system performance. Its high thermal stability reduces the risk of vaporization, contributing to consistent pedal feel and effective braking force. Whether you're upgrading your racing vehicle or maintaining a high-performance street car, this brake fluid helps ensure your braking system operates at peak efficiency.
Note: This product is air freight prohibited and should be handled with appropriate care. Proper disposal and storage are recommended to maintain its effectiveness and safety standards.
Features:
- High boiling point for superior thermal stability
- Resists vapor lock and brake fade during demanding use
- Suitable for racing and high-performance automotive applications
- 500 ml bottle provides ample supply for multiple brake system top-offs
- Formulated for consistent performance under extreme conditions