Track fixation and connection: Used to fix tracks (crane tracks, railway tracks, industrial tracks) on concrete or steel beams to ensure stability and alignment.
Flexible compensation: Absorbs stress from vibration, shock, or thermal expansion through elastic elements like rubber pads and spring assemblies.
Adjustment and maintenance: Facilitates fine-tuning in both horizontal and vertical directions for easier installation.
Application Areas
Rail Traffic: Ideal for bridges and tunnels requiring shock absorption or deformation compensation.
Urban Transit: Suited for subways and light rails where noise reduction is critical near residential areas.
Special Environments: Provides stability for high-vibration mining tracks and heavy-load logistics.
Temporary Tracks: Perfect for construction sites or exhibition venues requiring quick setup.
Key Characteristics
High-Quality Material: Constructed from high-strength steel (Q235B, 45# steel) with optional rubber or polyurethane elastomers.
Anti-Loosening Design: Features advanced anti-loosening nuts and pre-tightening structures for long-term safety.
Corrosion Resistance: Galvanized or spray-treated surfaces designed for humid and outdoor environments.
Product Gallery
Frequently Asked Questions
Q1: What are the primary uses of the Railway Fastener System?
It is primarily used for track fixation on concrete or steel beams, providing flexible compensation for vibrations and thermal expansion, and allowing for precise track adjustments during maintenance.
Q2: Which materials are used for these fasteners?
The system typically uses high-strength steel such as Q235B or 45# steel. For flexible components, high-grade rubber or polyurethane elastomers are utilized.
Q3: Is this system suitable for outdoor or humid conditions?
Yes, the surface is treated with galvanization or specialized protective coatings, making it highly resistant to corrosion in humid or outdoor environments.
Q4: How does the system handle continuous vibration?
The design incorporates specialized anti-loosening nuts and pre-tightening structures specifically engineered to prevent mechanical failure caused by long-term vibration.
Q5: Can these be used for urban subways?
Absolutely. They are frequently used in urban rail transit like subways and light rails due to their excellent noise reduction and shock absorption capabilities.
Q6: What is the production process for these railway components?
These components are manufactured through a high-precision forging process, ensuring maximum strength and durability for heavy-load applications.
Sanva Medical
