Lyte GFNELT130 Fibreglass Ladder for Electrical Safety (GFNELT130)

Lyte GFNELT130 Professional 1-Section Fibreglass Ladder – The Ultimate in Safety and Performance

The Lyte GFNELT130 is a top-tier professional ladder engineered for safety, durability, and performance. Designed for tradespeople, facility managers, and industrial professionals, this 1-section fibreglass ladder is the go-to choice for demanding work environments. With its non-conductive properties, superior stability system, and professional-grade construction, the GFNELT130 ensures unmatched reliability and safety.

Engineered for Electrical Safety

The GFNELT130's premium fibreglass construction provides inherent non-conductive properties, making it the safest choice for electrical work. The material's dielectric strength withstands up to 30kV, offering protection against accidental contact with live circuits – a critical feature for electricians, telecom technicians, and utility workers.

Superior Stability System

The integrated aluminium stabiliser bar significantly improves the ladder's footprint, reducing lateral movement by up to 40% compared to conventional single-section ladders. This innovative design element works in tandem with the ladder's 75° optimal climbing angle to prevent dangerous slips or shifts during use. The wide-flared base (15% broader than standard models) further enhances stability on uneven surfaces.

Professional-Grade Construction

Constructed from heavy-duty fibreglass with reinforced resin bonding, the GFNELT130 withstands rigorous daily use without compromising structural integrity. The 11 rungs feature:

• Anti-slip textured surfaces for secure footing
• 18mm thickness for exceptional load-bearing capacity (150kg maximum)
• Precision-spaced 280mm intervals for natural climbing rhythm

Mobility and Handling

The integrated wheel system revolutionises ladder transportation. The dual polyurethane wheels (120mm diameter) roll smoothly across concrete, asphalt, and packed earth, while the auto-locking mechanism prevents unwanted movement when positioned. This feature proves invaluable on large job sites where frequent repositioning is required.

Compliance and Certifications

Meeting the stringent EN131-2 professional ladder standard, the GFNELT130 undergoes rigorous testing including:

• Static load tests at 150kg
• Dynamic impact resistance testing
• Side rail torsion testing
• Slip resistance validation

This certification ensures compliance with all European health and safety regulations for commercial ladder use.

Versatile Configuration Options

Available in 1, 2, and 3-section variants, the GFNELT series adapts to diverse applications:

Comparison with Alternative Ladder Types

vs. Aluminium Ladders: The GFNELT130 eliminates conductivity risks while providing comparable strength-to-weight ratio. Fibreglass won't corrode like aluminium in coastal environments.

vs. Wooden Ladders: Requires no seasonal maintenance, won't splinter or warp, and provides consistent dielectric protection that wood cannot guarantee.

vs. Glass-Fibre Hybrid Ladders: Uses 100% fibreglass construction without cost-cutting fibreglass/aluminium composites that compromise electrical safety.

Maintenance and Longevity

Proper care ensures decades of service:

• Clean rungs weekly with mild detergent to maintain slip resistance
• Store horizontally on provided wall brackets to prevent warping
• Inspect for cracks or resin damage every 6 months
• Apply UV protectant annually for outdoor-stored units
• Lubricate wheel axles quarterly with silicone spray

The fibreglass construction resists:

• Chemical degradation from oils or solvents
• Temperature extremes (-30°C to +60°C operational range)
• Moisture absorption that weakens wooden ladders

Technical Specifications

• Material: Industrial-grade fibreglass with polyester resin
• Rung Count: 11
• Rung Spacing: 280mm
• Working Height: 5.2m
• Closed Length: 3.1m
• Weight Capacity: 150kg (EN131 Professional rating)
• Base Width: 480mm (stabiliser extended)
• Wheel Diameter: 120mm polyurethane
• Standards: EN131-2:2017, CE marked