With the Ice-Tech cooling technology, the RT-MT900 brake disc ensures constant braking performance even on longer descents. The brake disc is characterised by a three-layer sandwich construction. The stainless steel flanks with an aluminium core offer significantly improved heat dissipation. This allows the temperature to be reduced by around 100 °C. In addition, the Freeza aluminium cooling fins reduce the system temperature by around a further 50 °C thanks to their increased surface area. Due to the higher heat dissipation, smaller brake discs than usual can be installed. In addition, the service life of the brake pad is significantly extended.
With the Ice-Tech cooling technology, the RT-MT900 brake disc ensures constant braking performance even on longer descents. The brake disc is characterised by a three-layer sandwich construction. The stainless steel flanks with an aluminium core offer significantly improved heat dissipation. This allows the temperature to be reduced by around 100 °C. In addition, the Freeza aluminium cooling fins reduce the system temperature by around a further 50 °C thanks to their increased surface area. Due to the higher heat dissipation, smaller brake discs than usual can be installed. In addition, the service life of the brake pad is significantly extended.
in 14 offers
With the Ice-Tech cooling technology, the RT-MT900 brake disc ensures constant braking performance even on longer descents. The brake disc is characterised by a three-layer sandwich construction. The stainless steel flanks with an aluminium core offer significantly improved heat dissipation. This allows the temperature to be reduced by around 100 °C. In addition, the Freeza aluminium cooling fins reduce the system temperature by around a further 50 °C thanks to their increased surface area. Due to the higher heat dissipation, smaller brake discs than usual can be installed. In addition, the service life of the brake pad is significantly extended.
With the Ice-Tech cooling technology, the RT-MT900 brake disc ensures constant braking performance even on longer descents. The brake disc is characterised by a three-layer sandwich construction. The stainless steel flanks with an aluminium core offer significantly improved heat dissipation. This allows the temperature to be reduced by around 100 °C. In addition, the Freeza aluminium cooling fins reduce the system temperature by around a further 50 °C thanks to their increased surface area. Due to the higher heat dissipation, smaller brake discs than usual can be installed. In addition, the service life of the brake pad is significantly extended.
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Last updated at 30/09/2024 18:04:21
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available 30 days ago
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available about 1 month ago
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originally posted on Google Customer Reviews
originally posted on balfesbikes.co.uk
originally posted on freewheel.co.uk
Average weight | 187 (203 mm) |
Remarks | Painted fin With anti loosen tightening plate |
Updated about 4 hours ago
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Average weight | 187 (203 mm) |
Remarks | Painted fin With anti loosen tightening plate |