Crossover Ladder, 38 in Platform Ht, FRP Composite, 500 lb Load Capacity, 3 Steps MPN:866229.01
Crossover Ladder, 38 in Platform Ht, FRP Composite, 500 lb Load Capacity, 3 Steps
The Fibergrate Crossover Ladder is a versatile and durable solution for accessing high platforms and work areas. Its 38-inch platform height and 500-pound load capacity make it ideal for industrial and commercial applications. The ladder's FRP composite construction provides excellent strength and corrosion resistance, while its 45-degree climbing angle and open-grip step treads ensure safe and efficient ascent. Use it for maintenance, repairs, or inspections in factories, warehouses, or construction sites. With a 3-year manufacturer's warranty and OSHA compliance, this ladder meets the highest standards for safety and performance.
Top product features:
- Crossover Ladder design allows for 3 steps from a platform height of 38 in.
- The ladder has a 45-degree climbing angle for easy ascent.
- The ladder features a step tread with an open grip for secure footing.
Top product applications:
- Industrial Construction Sites
- Warehouse and Factory Flooring
- Ship and Boat Maintenance
Crossover Bridge, Vertical Clearance 28 in, Span 27 in, Platform Height 3.2 ft, Platform Depth 1 in, Number of Steps 3, Bottom Width 3 3/4 in, Load Capacity 500 lb, Overall Span 36 in, Overall Height 6.7 ft, Handrail Height 3.5 ft, Climbing Angle 45 Degrees , Step Tread Open Grip, Step Width 30 in, Step Depth 10 in, Material FRP Composite, Finish Unfinished, Color Yellow, Standards OSHA Compliant, Manufacturers Warranty Length 3 yr
Additional Information
- Country of Origin: US
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 15 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 96.00
- Package Width: 48.00
- Package Height: 24.00
- Package Weight: 375.00
- California Prop 65 Warning: WARNING: Cancer - www.P65Warnings.ca.gov
Product info last updated on February 13, 2026 11:43pm UTC
Category: Ladders, Scaffolding and Platforms