Brake Rotors
Composite rotors
REX composite rotors deliver the benefits of monoblock brake rotors while incorporating the strength and safety aspects of brake rotors with metal carriers.
FREQUENTLY USED FOR:
Brake Rotors
Composite rotors
REX composite rotors deliver the benefits of monoblock brake rotors while incorporating the strength and safety aspects of brake rotors with metal carriers.
FREQUENTLY USED FOR:
Product description
REX composite rotors offer the advantages of monoblock brake rotors without neglecting the strength and safety aspects of metal-carrier brake rotors. The reinforcing elements used in our composite rotors range from spinning protection to increasing toothing strength in the plastic to sole power transmission in the system.
The reinforcing elements are incorporated directly into the components during the manufacturing process, resulting in a reliable, form-fit connection of the materials which, if necessary, can be further strengthened by the introduction of adhesives.
Characteristics
- damping properties of full lining brake rotors combined with the increased functional reliability of brake rotors with metal carriers
- individual and application-optimised design of the friction lining and reinforcement geometry
- 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
R 529
(369.53 KB)
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R 535
(368.88 KB)
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R 675
(459.98 KB)
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R 686
(369.22 KB)
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R 721
(368.73 KB)
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R 722
(371.23 KB)
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R 724
(367.94 KB)
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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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