Louisville Ladder 8-Foot Fiberglass Step Ladder with 300lbs. Load Capacity
Features:
- Molded Top With Handyman's Tool Slots
- Slip-Resistant Boot
- Inside Spreader Braces
- Heavy-Duty Gusset Bracing
- Wide Back Braces
Details:
This Louisville 8-foot non-conductive fiberglass step ladder has a load capacity of 300lbs, rated ANSI Type IA. This ladder is equipped with a molded top with handyman's tool slots, heavy-duty gusset bracing, slip-resistant boot, inside spreader braces, wide back braces, and double-rivet step construction. The Louisville L-3016-08 step ladder meets or exceeds the safety standards set by ANSI and OSHA.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Louisville Ladder 8-Foot Fiberglass Step Ladder with 300lbs. Load Capacity
Louisville Ladder 8-Foot Fiberglass Step Ladder with 300lbs. Load Capacity
Features:
- Molded Top With Handyman's Tool Slots
- Slip-Resistant Boot
- Inside Spreader Braces
- Heavy-Duty Gusset Bracing
- Wide Back Braces
Details:
This Louisville 8-foot non-conductive fiberglass step ladder has a load capacity of 300lbs, rated ANSI Type IA. This ladder is equipped with a molded top with handyman's tool slots, heavy-duty gusset bracing, slip-resistant boot, inside spreader braces, wide back braces, and double-rivet step construction. The Louisville L-3016-08 step ladder meets or exceeds the safety standards set by ANSI and OSHA.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Features:
- Molded Top With Handyman's Tool Slots
- Slip-Resistant Boot
- Inside Spreader Braces
- Heavy-Duty Gusset Bracing
- Wide Back Braces
Details:
This Louisville 8-foot non-conductive fiberglass step ladder has a load capacity of 300lbs, rated ANSI Type IA. This ladder is equipped with a molded top with handyman's tool slots, heavy-duty gusset bracing, slip-resistant boot, inside spreader braces, wide back braces, and double-rivet step construction. The Louisville L-3016-08 step ladder meets or exceeds the safety standards set by ANSI and OSHA.
