Connecting Railcars Seamlessly Engineered for Safety and Comfort
What are UIC Type Vestibules?
UIC Type Vestibules are highly specialized railcar components designed to connect railway coaches
seamlessly while ensuring passenger safety, comfort, and convenience. These vestibules comply
with the UIC (International Union of Railways) standards, which are globally recognized for
interoperability and high-quality rail components.
They create a flexible and weatherproof connection between railcars, allowing for smooth
movement of passengers and minimizing noise, vibration, and external environmental factors during
train operations.
Features
Applications
Passenger Trains:
Ensuring passenger safety and comfort in both long-distance and suburban trains.
High-Speed Rail:
Streamlined designs for aerodynamic efficiency and minimal disruption at high speeds.
Metro Systems: Enhanced safety and efficiency in urban transit systems.
Technical Specifications
Compliance: UIC and RDSO standards.
Material: Fire-retardant rubber and metal reinforcements.
Temperature Resistance: Operates effectively in temperatures ranging from -40°C to +80°C.
Lifespan – As per UIC specifications: Over 20 years under standard operating conditions.
Customization: Tailored designs to fit different train models and operational requirements.
Leading the Industry
Industry Leadership
Trusted by leading railway operators for quality and reliability.
Advanced Technology
Cutting-edge manufacturing processes ensure adherence to international standards.
Custom Solutions
Tailored vestibule designs for specific railcar configurations and operating
conditions.
Proven Track Record
Decades of experience in delivering high-performance railway components to meet
the evolving needs of the rail industry.
Commitment to Safety
Strict quality control and material testing to ensure compliance with fire-retardant
and safety norms.
Transform your rail operations with high-quality UIC Type Vestibules engineered for excellence. Ameenji Rubber Limited: Revolutionizing Rail Components for a Safer Tomorrow.
