
Brake Pad Set DB1695 GCT - Bendix
The Bendix DB1695 GCT Brake Pad Set incorporates advanced Green Ceramic Technology for exceptional braking performance. These precision-engineered pads deliver superior stopping power with outstanding thermal stability, maintaining consistent friction characteristics across varying temperature ranges. The specialized ceramic formulation significantly reduces noise, vibration, and brake dust while providing precise pedal feel and modulation. Manufactured to exacting tolerances with premium backing plates and integrated noise suppression technology, these pads ensure optimal heat dissipation, structural integrity, and extended service life for professional-grade braking reliability.
The Bendix DB1695 GCT Brake Pad Set incorporates advanced Green Ceramic Technology for exceptional braking performance. These precision-engineered pads deliver superior stopping power with outstanding thermal stability, maintaining consistent friction characteristics across varying temperature ranges. The specialized ceramic formulation significantly reduces noise, vibration, and brake dust while providing precise pedal feel and modulation. Manufactured to exacting tolerances with premium backing plates and integrated noise suppression technology, these pads ensure optimal heat dissipation, structural integrity, and extended service life for professional-grade braking reliability.
Original: $90.00
-70%$90.00
$27.00Description
The Bendix DB1695 GCT Brake Pad Set incorporates advanced Green Ceramic Technology for exceptional braking performance. These precision-engineered pads deliver superior stopping power with outstanding thermal stability, maintaining consistent friction characteristics across varying temperature ranges. The specialized ceramic formulation significantly reduces noise, vibration, and brake dust while providing precise pedal feel and modulation. Manufactured to exacting tolerances with premium backing plates and integrated noise suppression technology, these pads ensure optimal heat dissipation, structural integrity, and extended service life for professional-grade braking reliability.










