Copper Check 100 brake fluid test strips per bottle - Phoenix Systems

The Phoenix Systems Copper Check 3002-CC provides professional technicians and mechanics with a fast, reliable method for assessing brake fluid condition. This kit, containing 100 test strips per bottle, utilizes advanced copper ion detection technology to identify early signs of brake system corrosion, ensuring proactive maintenance and enhanced vehicle safety.

Key Features

• Accurate Corrosion Detection: Employs medical-grade colorimetric test strip technology to precisely measure copper ion contamination in brake fluid. Copper levels serve as a critical indicator of brake fluid degradation and potential corrosion within the system.
• Rapid Results: Delivers clear, actionable results in less than 60 seconds, streamlining diagnostic procedures during routine service or brake inspections.
• MAP Guideline Adherence: Complies with Motorist Assurance Program (MAP) guidelines for determining when brake fluid replacement is necessary, typically recommending service at 200 parts per million (ppm) of copper or higher.
• Prevents Costly Damage: Early detection of copper corrosion helps prevent accelerated wear on critical brake components, including calipers, master cylinders, ABS units, and brake lines, mitigating the risk of expensive repairs.
• Professional Grade Reliability: Engineered for consistent, repeatable accuracy, these test strips are a trusted tool for professional automotive and industrial shops. The technology has been patented by Phoenix Systems and is also US Military Approved.

Applications

These brake fluid test strips are essential for any professional service bay or automotive workshop performing brake maintenance, pre-purchase inspections, or general vehicle diagnostics. They are compatible with DOT 3, 4, and 5.1 brake fluids. Technicians can use the Phoenix Systems Copper Check 3002-CC to quickly verify the quality of brake fluid, justify fluid exchanges to customers with clear visual evidence, and identify potential issues before they lead to compromised braking performance or safety concerns like longer stopping distances.