Bendix EV Hybrid Brake Pad DB1832EV
MPN: DB1832EV
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RPI: 3258768
Trackable Shipping
Australia Wide
Handling Time
7-10 Business Days Handling Time
(Prior to Dispatch)
(Prior to Dispatch)
Return Policy
No Return (Unless Manufacturer Defect)
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Click & Collect (no postage cost)
Unit 1/25 Bearing Road, Seven Hills, NSW, 2147
Ready-to-pickup: 7-10 Business Days*
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Bendix EV Hybrid Brake Pad
Specifically engineered for EV and Hybrid Vehicles, Bendix EV-Hybrid Disc Brake Pads use the latest Ceramic technology to meet the changing needs of EV braking systems.
- EV and Hybrid vehicles are heavier than an equivalent passenger vehicle, so the brake components need to cater for the heavier vehicle to maintain braking stability.
- EV and Hybrid vehicles use regenerative and friction to stop the vehicle, so the dynamic friction properties are tuned differently to those of standard brake pads.
- EV and Hybrid brake pads need to manage disc brake rotor corrosion, due to the friction brake pads being used less, frequently due to regenerative braking, the EV-Hybrid brake pads maintain a transfer film on the disc brake rotor that prevents corrosion and ensures consistent braking in specific conditions.
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