Brake Rotors
Duo brake rotors
The duo brake rotors, which consist of two composite material blanks, combine the material advantages of the individually selected friction and sliding materials.
FREQUENTLY USED FOR:
Brake Rotors
Duo brake rotors
The duo brake rotors, which consist of two composite material blanks, combine the material advantages of the individually selected friction and sliding materials.
FREQUENTLY USED FOR:
Product description
REX Duo brake rotors combine the material advantages of different, customised friction and sliding materials and are specially tailored to your application. The Duo brake rotors consist of two material blanks joined together within the manufacturing process.
All requirements of the brake rotor, such as power transmission, braking and holding functions are realised by a combination of specialised friction and sliding materials optimised for the respective function
Characteristics
- lighter than conventional brake rotors with aluminium carriers, thus higher energy efficiency
- lower gearing backlash, thus more precise positioning than conventional brake rotors with aluminium carriers
- due to damping material properties, lower noise level than conventional brake rotors, even in alternating apllications
- longer gearing life due to higher fatigue strength than aluminium carriers (gearingdoes not fail)
- increased protection against forgery since custom tools are required for production
- optimised functionality through the use of specifically selected material combinations
- wear- and strength-optimised sliding material in the inner area for power transmission
- friction material in the external area optimised for consistently high friction properties in a wide range of temperatures and applications
- Individual and application-specific advice on the use of the friction material
- Project support from sample phase to series introduction
- Tool and component design/planning
- REX in-house standard materials
- REX in-house material development for custom materials according to customer requirements
- Laboratory tests for friction, temperature, wear and strength behaviour
- FEM strength simulations and gear development
- Process development for series production and assembly
- Manufacturing of custom moulded parts
- Internal tool engineering and manufacturing
- Water jet cutting of 2D contours from friction lining plates
- Sawing of friction lining blanks
- Grinding of friction linings and metal parts
- Drilling
- Gluing of friction linings on various carrier materials
- CNC milling (5-axis milling technology) of friction lining parts in small and medium quantities
- CNC turning
- Marking (logo, QR code, data matrix, barcode, etc.)
- Manual and automated deburring of friction lining parts
- Assembly & fabrication
- Drive technology
- Conveyor technology
- Mechanical engineering
- Mobility
- Robotics
- Lifting technology
- Positioning technology
- Actuating technology
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(369.53 KB)
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R 686
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R 721
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R 722
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R 724
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R 725
(412.99 KB)
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R 726
(420.46 KB)
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R 727
(381.60 KB)
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R 728
(380.16 KB)
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R 730
(458.87 KB)
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R 731
(459.53 KB)
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R 732
(452.46 KB)
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