Track fixation and connection: Used to fix tracks (crane tracks, railway tracks, industrial transportation tracks) on foundation structures like concrete or steel beams to ensure stability and alignment.
Flexible compensation: Absorbs stress caused by vibration, shock, or thermal expansion through elastic elements (rubber pads, spring assemblies), reducing wear.
Adjustment and maintenance: Allows for fine-tuning in horizontal and vertical directions, facilitating easy installation.
Rail Traffic Applications
Special sections: Ideal for bridges and tunnels requiring shock absorption or deformation compensation.
Urban transit: High-performance solutions for subways and light rails, meeting strict noise reduction requirements near residential areas.
Special Environments
Mining & Logistics: Provides stability for heavy load scenarios.
Temporary tracks: Suitable for construction sites and exhibition venues requiring quick adjustment.
Key Characteristics
Material: High-strength steel (Q235B, 45# steel) combined with rubber or polyurethane elastomers.
Anti-loosening: Features specialized nuts and pre-tightening structures to prevent loosening from long-term vibration.
Corrosion-resistant: Surface treated with galvanization or spraying, perfect for outdoor or humid environments.
Frequently Asked Questions
Q1: What materials are used in the production of these fasteners?
The fasteners are primarily manufactured using high-strength steel such as Q235B and 45# steel, often incorporating rubber or polyurethane elastomers for flexible compensation.
Q2: How do these fasteners prevent loosening over time?
Our design incorporates anti-loosening nuts and specific pre-tightening structures specifically engineered to withstand long-term vibration in heavy-duty environments.
Q3: Are these products suitable for coastal or humid environments?
Yes, all components undergo surface treatment, typically galvanization or spraying, to ensure high corrosion resistance for outdoor or humid conditions.
Q4: What are the main applications for this track fixation system?
They are widely used for railway tracks, crane tracks, industrial transport lines, subways, light rails, and even temporary tracks at construction sites.
Q5: What is the production process for these railway sleepers?
The primary production process used is forging, which ensures the structural integrity and durability required for heavy load-bearing applications.
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