benelli imperiale 400 [EBC] – sintered metal brake pads

EBC sintered metal brake pads for Benelli Imperiale 400

The EBC sintered metal brake pads are specifically for the motorcycle model Benelli Imperiale 400 developed to ensure optimal braking performance. These high-performance brake pads from the EPFA-HH Series offer superior durability and improved braking power in a wide range of driving conditions thanks to their advanced sintered metal technology. Ideal for drivers who value safety and performance.

Product details

• ITEM NO. Manufacturer: EPFA196HH
• Version: EPFA-HH Series
• Weight: 8.8 oz.
• Length: 101mm (3-31/32")
• Type: Sintered metal

These brake pads are made from a special sintered metal that offers a high coefficient of friction and excellent heat resistance. These features are crucial to maximize braking performance and safety, especially on heavy motorcycles like the Benelli Imperiale 400. EBC's EPFA-HH series is known for its durability and reliability, which sets it apart from other brake pads.

Installing the EBC sintered metal brake pads is uncomplicated and can be carried out without special tools. These brake pads are an excellent choice for motorcyclists who often ride in difficult conditions, such as mountainous areas or wet weather, where reliable braking action is essential.

Advantages of EBC sintered metal brake pads

• Increased security: Improved braking performance, ensuring you come to a stop in time, even in emergencies.
• Longevity: By using high-quality sintered metal, these brake pads last longer than conventional brake pads.
• Resistance to heat: Ideal for long journeys and high loads without a loss of performance.
• Universal fit: Perfectly tailored to the Benelli Imperiale 400, but also compatible with other motorcycle models that require similar specifications.

Whether you are an enthusiastic motorcyclist looking for the best performance features or simply need a reliable option for everyday use, EBC sintered metal brake pads offer an unmatched combination of performance and durability.