Our proprietary 60-hour cryogenic process permanently and dramatically improves brake rotor usage life and stability, creating a distinct advantage in tensile strength, abrasive wear resistance, and rotor longevity. A cryogenically treated rotor can last up to three times as long as untreated rotors by inhibiting internal oxidation and increasing thermal fatigue resistance.
The cost-saving solution for better braking performance Frozen Rotors from Diversified Cryogenics deliver improved performance and higher safety while significantly reducing braking system costs. Our proprietary 60-hour cryogenic process permanently and dramatically improves brake rotor usage life and stability, creating a distinct advantage in tensile strength, abrasive wear resistance, and rotor longevity.
INCREASE PERFORMANCE
Frozen Rotors resist cracking, warping, and fading. By using the cryogenic process to inhibit internal oxidation and increase thermal fatigue resistance, Frozen Rotors can last up to three times as long as untreated rotors.
INCREASE SAFETY
Frozen Rotors provide more predictable, consistent braking–even under extreme circumstances. They are ideal for high-usage and high-performance vehicles that demand reliability and safety.
REDUCE COSTS
By extending the life of your braking system with the exceptional durability of Frozen Rotors, you can save thousands of dollars on brake rotor and pad replacements.
For performance cars, Frozen Rotors offers confidence, safety, and savings. Our long-lasting, wear-resistant brake rotors are the cost-effective solution for better, safer braking.
Fitment Notes
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Impreza Coupe/Sedan: 1997 rear drum; 1998-2001 rear drum, excl. RS
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Outback: 1995-1996 ABS: rear disc; no ABS: rear drum; 1997-2001 rear drum
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Impreza Wagon/5-Door: 1997-2001 rear drum
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Legacy Sedan: 1998-1999 L rear disc or L rear drum
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Legacy Wagon: 1998-1999 Brighton rear drum or L rear disc; 2000-2001 Brighton rear drum
