Reliable carbon motor brushes designed to restore and maintain motor performance in a wide range of handheld power tools. Key benefits Restores smooth motor operation: Replaces worn brushes to reduce sparking, improve contact, and help the motor run consistently under load. Prevents downtime: Carrying spare brushes lets you perform quick replacements on site, reducing interruptions to work. Durable construction: Carbon contact with metal components resists wear for longer service life and steady electrical transfer. Why you need them Worn brushes cause poor performance, increased sparking, and erratic motor behavior. These brushes address the root cause by providing reliable electrical contact between the commutator and the motor. Their compact, standard dimensions and 20 mm spring length make them suitable for many common power tools, so you can replace brushes without extensive modification. Features and performance Materials: Carbon contact element with metal fittings for robust electrical connection and wear resistance. Function: Maintain efficient commutation and consistent motor operation for intermittent and continuous use. Fit: Each brush measures approximately 13 mm x 8 mm x 5 mm, with a 20 mm spring. Designed to fit most standard electric tools that use similar brush dimensions. Compatibility / Typical tools Circular saws Electric drills Angle grinders Practical use scenarios Replace worn brushes in a circular saw to restore cutting speed and reduce motor noise on a renovation job. Fit fresh brushes to an angle grinder to minimize sparking and maintain RPM when cutting or grinding metal. Keep spares in a tradesperson’s kit for quick replacement on-site for drills used in daily installations. Technical specifications Material: Carbon and metal Brush dimensions: ~13 mm x 8 mm x 5 mm (each) Spring length: 20 mm Suitable for: Various electric power tools and motors (e.g., circular saws, drills, angle grinders) Note: Verify brush dimensions against your tool’s original parts to ensure compatibility before installation.