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DISC-Sup Seal Radiator Stop Lk - Interdynamics

Part #: 113-RD

The Interdynamics 113-RD DISC-Sup Seal Radiator Stop Leak is a professional-grade solution engineered to effectively seal leaks in automotive and industrial cooling systems. This advanced formula is designed to address minor to moderate leaks in radiators, heater cores, and hose connections, providing a reliable and lasting repair for technicians. It helps prevent further coolant loss and potential engine damage, ensuring optimal system performance.

Key Features

  • Professional-Grade Leak Repair: Formulated to meet the demands of professional automotive and industrial repair environments, offering a dependable seal for various cooling system leaks.
  • Advanced Sealing Technology: Utilizes a superior sealing compound designed to quickly and effectively seal minor cracks and pinholes in radiators and other cooling components.
  • Corrosion Inhibition: Contains inhibitors that help protect cooling system components from rust and corrosion, extending the life of the system.
  • Compatibility: Safe for use with all types of antifreeze/coolant formulations, including conventional green, OAT (Organic Acid Technology), HOAT (Hybrid Organic Acid Technology), and universal coolants.
  • Non-Clogging Formula: Engineered to seal leaks without clogging the radiator, heater core, or other critical cooling system passages, maintaining efficient coolant flow.

Applications

The Interdynamics 113-RD DISC-Sup Seal Radiator Stop Leak is an essential product for professional technicians and mechanics in various settings. It is ideal for quickly addressing small leaks encountered during routine maintenance or diagnostics on passenger vehicles, light trucks, and a wide range of industrial equipment with liquid-cooled engines. This product provides a practical solution for extending the service life of cooling system components and preventing more extensive repairs due to coolant loss.

Recommended Alternatives

This product was added to our catalog on Wednesday 11 August, 2021.