EBC Brakes SFA264 Organic Scooter Pads for:
Daelim – A-Four 50 (06-09)
E-TON – Beamer R2 50 (PN2G), Matrix 50 (2009), Sport 50 (2009) Beamer R4-150 (PN2F), Matrix R4 150 (2009)
Sym – Fiddle 50 (08-11), Jet Euro 50 (99-12), Jet 50 Evo (2014), Simply 50 (07-12), Fiddle II 125 (08-14), HD200 Evo (13-14), Citycom 300i (08-14)
Lance – PCH 50/125/200
TGB/Peirspeed -Delivery 50 (05-06)
UM (United Motors) -DTF 90/110 (06-08), Matrix 150xx (05-06), Matrix II-150 (07-08)
May fit other makes & models. The SFA series organic range are a great choice for everyday commuter use on modern scooters and lighter motorcycles.
SFA pads provide the instantly available stopping power desired for urban scooter brakes. SFA Series Organic Scooter Pads are British made using aramid fibers. The SFA series offers an original organic series quality scooter brake pad with great performance, above average lifetime and reduced disc wear characteristics. Suitable for all size and styles of Scooter and brake disc materials. SFA Series Organic Scooter Pads are made in the UK by EBC Brakes and are a world number one seller with over 35 million sets sold since the EBC Company was created.
EBC brake pads contain Aramid fibers, these are man-made high performance fibers, used widely for their light weight, high strength, abrasion resistance and thermal stability. They are used as reinforcements in ballistic protection (bullet-proof helmets and vests, vehicle armor), cut-resistant gloves, aircraft and marine structural parts, power transmission belts and of course friction products where their high strength to weight, thermal stability and abrasion resistance provide advantages over cheaper steel fiber based products.
Please see our Warranty & Returns Policy.
- Top Selling Organic Replacement Pad – Asbestos/Lead & Nickel FREE!
- TÜV and ECE R 90 Approved
- Replaces All Pad Types
- Low Metallic Means Absolutely NO Disc Damage
- Superb Finger Tip Brake Power & Control
- Medium Plus Lifetime, Ideal For General Urban Riding
- ECO Friendly With Zero Toxic Ingredients