EBC Brake Pads SFA194
£8.99
Save 20% with this coupon SPOOKY20
Limited time offer
Experience superior braking performance with EBC Brake Pads SFA194 for your motorcycle.
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EBC Brake Pads SFA194 description
Introducing the EBC Brake Pads SFA194, a top-quality product designed specifically for lighter weight motorcycles such as scooters to provide excellent performance and reliability. With low disc attack characteristics and medium lifetime, these organic scooter pads offer good initial brake response and long-term value at a competitive price point, making them the perfect choice for discerning riders.
EBC's SFA Scooter Pads utilize premium quality organic material and are suitable for a wide range of applications, delivering fingertip stopping power and meeting the needs of many sportbike riders. These pads are also a popular choice for their ability to reduce heat transfer into the hydraulics, thanks to the inclusion of stainless steel radiator plates.
For maximum stopping power and durability, the EBC Double-HTM Superbike Pads FA series with HH suffix features ultra-high friction Double-H sintered copper alloy brake pads made in the USA. This product is fitted with stainless steel radiator plates and offers a wider design for reduced backplate bending, ensuring top-notch performance across various motorcycle models.
Whether you're seeking organic pads, high-performance sintered pads, or ultra-durable Superbike pads, EBC has you covered. Look no further than the EBC Brake Pads SFA194 for a dependable, long-lasting, and high-quality braking solution. Trust in EBC's expertise and innovation to enhance your riding experience.
EBC's SFA Scooter Pads utilize premium quality organic material and are suitable for a wide range of applications, delivering fingertip stopping power and meeting the needs of many sportbike riders. These pads are also a popular choice for their ability to reduce heat transfer into the hydraulics, thanks to the inclusion of stainless steel radiator plates.
For maximum stopping power and durability, the EBC Double-HTM Superbike Pads FA series with HH suffix features ultra-high friction Double-H sintered copper alloy brake pads made in the USA. This product is fitted with stainless steel radiator plates and offers a wider design for reduced backplate bending, ensuring top-notch performance across various motorcycle models.
Whether you're seeking organic pads, high-performance sintered pads, or ultra-durable Superbike pads, EBC has you covered. Look no further than the EBC Brake Pads SFA194 for a dependable, long-lasting, and high-quality braking solution. Trust in EBC's expertise and innovation to enhance your riding experience.
- EBC Brake Pads SFA194 provides excellent performance and reliability for lighter weight motorcycles
- Low disc attack characteristics and medium lifetime
- Organic material offers good initial brake response and long-term value
- EBC's SFA Scooter Pads utilize premium quality organic material and deliver fingertip stopping power
- Popular choice for sportbike riders due to ability to reduce heat transfer into hydraulics
- EBC Double-HTM Superbike Pads FA series with HH suffix features ultra-high friction Double-H sintered copper alloy for maximum stopping power
- Fitted with stainless steel radiator plates and wider design for reduced backplate bending
- Available for a wide range of motorcycle models
- Trust in EBC's expertise and innovation for a dependable, long-lasting, and high-quality braking solution
- DuPont™ and Kevlar® are trademarks of affiliates of DuPont de Nemours, Inc.
Innovation by EBC
EBC Motorcycle Products. Brake Pads · Brake Discs/Rotors · Clutches & Clutch Tools · High Performance Brake Lines · Brake Shoes
EBC Brake Pads SFA194 has the following specifications:
Specification | Details |
---|---|
Product | EBC Brake Pads SFA194 |
Type | Organic |
Suitability | Lighter weight motorcycles such as scooters |
Characteristics | Low disc attack, medium lifetime |
Brake Response | Good initial response |
Value | Long-term value at competitive price point |
Material | Premium quality organic material |
Stopping Power | Fingertip stopping power |
Heat Transfer | Reduces heat transfer into hydraulics |
Durability | Ultra-high friction and durability |