Rubber and Metal Components for Railway Systems
Chevron Springs
Chevron springs are specialized rubber-metal components designed for heavy transport vehicles such as railway systems, metro cars, and freight wagons. They absorb vibrations and balance load distribution.
Manufactured by chemically bonding rubber to treated metal surfaces using vulcanization, these components ensure long-term durability and strength.
Babacan Rubber is known for its commitment to R&D, quality control, and performance testing, delivering globally compliant and high-performing chevron springs.
Conical Springs
Conical springs are a vital part of primary suspension systems in railway applications. They cushion vibrations between the wheel and chassis, enhancing passenger comfort and stabilizing vehicle movement.
Babacan Rubber produces these springs with advanced material formulations to ensure maximum durability and safe operation across all rail environments.
Bushing
Bushings play an important role in bogie systems of metro and freight wagons. By absorbing vibrations and reducing impact forces, they increase safety, reduce wear, and improve ride comfort.
Sealing Components
Babacan Rubber manufactures high-durability sealing components for railway axles, bearings, brake systems, and door/window mechanisms. These seals prevent leakage of air, water, dust, and oil, ensuring system integrity.
Our elastomer-based solutions are pressure- and wear-resistant, fully complying with international railway standards.
Couplings
Our rubber couplings are used in motor, gearbox, and axle systems to ensure effective vibration damping, shock absorption, and secure power transmission—extending the life of the mechanical system.
Vibration Mounts
These components are used in bogie, suspension, motor, and braking systems to absorb shocks and vibrations, reduce noise, and protect sensitive vehicle parts.
They help in maintaining system integrity under intense operating conditions.
Bellows
Babacan Rubber’s bellows provide superior sealing against dust, moisture, and chemicals, increasing system reliability and extending component lifespan.
Each design is optimized through simulation before production to ensure high performance in diverse applications.
