Copyright © 2025 Fluent Conveyors, LLC. All right reserved
Fluent Conveyors logo is a registered trademarks of Fluent Conveyors, LLC. Serial Number 97664258 Registered on Dec. 12, 2023
Copyright © 2025 Fluent Conveyors, LLC. All right reserved
Fluent Conveyors logo is a registered trademarks of Fluent Conveyors, LLC. Serial Number 97664258 Registered on Dec. 12, 2023
Fluent supplies ASCE 60 railroad rails for roller chain conveyors.
Strength and Reliability with the Right Rail Specs
60 lb/yd
4-1/4 in
4-1/4 in
2-3/8 in
31/64 in (approx. 0.48 in)
5.93 in²
6.62 in³
7.10 in³
14.56 in⁴
20, 30, 33, 40 ft
2-1/2 in × 5 in w/ 15/16 in dia. holes
20 in
13 lbs/pair (16 lbs/pair with hardware)
3/4 in × 4 in
Carbon steel
60 AS
6040
660 lb
Recycling, waste management, manufacturing, mining, and aggregates
and consistent conveyor performance.
When installed on roller chain conveyors, ASCE rails enhance functionality and operational safety.
Durable mounting options: The wide base design of ASCE rails allows for welding to various conveyor frame designs.
Enhanced durability and longevity: ASCE 60 steel rail and other rail types are crafted from high-carbon steel to endure years of continuous heavy loads. Their exceptional wear resistance extends equipment service life in the most demanding industrial environments.
Extreme load-bearing capacity: The "I" profile of railroad rail distributes weight across the vertical web and horizontal flanges, preventing warping even under extreme pressure.
Cost-effective performance: Compared to custom-fabricated linear guide rail systems, ASCE rails are economical while maintaining industrial-grade quality.
Simple maintenance: The low-friction, hardened running surface of light rail sections minimizes roller wear and enables consistent, smooth movement.
The American Society of Civil Engineers established ASCE ratings for railroad rails as standardized specifications for rail dimensions and load capacities. These numerical designations (like ASCE 25, 60, and 85) indicate the weight per yard of the rail in pounds, directly correlating to its load-bearing capacity and structural strength. Higher ASCE numbers signify heavier rails capable of supporting greater loads.
Examine for shiny or polished areas along the rail surface. These indicate concentrated contact points that could eventually lead to system failure, similar to issues seen in heavy haul railways.
Regularly confirm rail parallelism and level positioning to maintain smooth movement across the entire conveyor length.
Inspect all mounting hardware, welds, and splice bars for signs of loosening or metal fatigue that could compromise safety guidelines.
Apply appropriate lubricants to the rail running surface based on environmental conditions and application requirements. This step isn't necessary for structural rails.
Remove accumulated debris from rail glide surfaces to prevent interference with conveyor belt operation and reduce wear on other components, minimizing environmental impact.
We recommend routine maintenance and inspection of ASCE railroad rails as part of your standard conveyor system care schedule. Here’s what to monitor when evaluating your roller chain rails:
Your conveyor rails will only perform as well as their installation. Here are some of the techniques our teams employ when upgrading or constructing roller chain rail systems.
Beyond ASCE 60, we also carry ASCE 25 and ASCE 85 rails for heavy-duty conveyors. The ASCE 60 rail supports the belt on extreme heavy-duty roller chain conveyors. And our ASCE 85 rail functions as a frame brace in high-impact loading zones for D4 car infeed conveyors.
Contact Fluent Conveyors today to discuss how ASCE 60 railroad rails can enhance your roller chain conveyor system. Our engineering team can evaluate your current system and recommend the rail solutions for your application requirements.
Whether you're looking to increase load capacity, improve durability, or design a custom conveyor, we have the expertise and experience to improve your operation.
[Auto-populate 3 related pages.]
[Auto-populate 3 related pages.]
