Y-Access FRP Single Sided Self-Supporting Ladder – Shockproof & Non-Conductive Fiberglass (2 to 14 Steps) – Slip-Resistant, Heavy Duty, EN131 Certified for Electrical Safety, Waterproof, Heat & Chemical Resistant

Description

The Y-Access FRP Single Sided Self-Supporting Ladder is a high-performance, heavy-duty ladder crafted with non-conductive fiberglass stiles, making it the ideal choice for electrical work and other industrial applications. Designed for both home and commercial use, this ladder combines exceptional durability, electrical safety, and ease of use, all while meeting the latest EN131 standards for professional safety.

The ladder’s non-conductive fiberglass structure can withstand up to 30,000 volts, ensuring complete safety when working in electrical environments. Its slip-resistant treads and heavy-duty bracing provide superior stability, while the high-performance holster top ensures that your tools are organized and secure, making your work more efficient. The Y-Access ladder is not only durable but also resistant to heat, chemicals, and weather conditions, guaranteeing long-lasting reliability in any environment.

Whether you’re performing simple home maintenance or tackling demanding industrial projects, this ladder’s versatility and safety features make it the perfect solution.

• ✅ Non-Conductive Fiberglass Stiles – Perfect for electrical work, as it can withstand up to 30,000 volts of electricity, providing safety in hazardous environments.

• ✅ High-Performance Holster Top – Equipped with holders for tools and equipment, keeping your essentials organized and within reach.

• ✅ Slip-Resistant Treads – Ensures safe climbing, reducing the risk of slips and falls.

• ✅ Heavy-Duty Bracing – Provides enhanced strength and protects the ladder’s structure from damage.

• ✅ EN131 Approved – Meets the latest safety standards, ensuring the ladder is up to the task for professional and home use.

• ✅ Heat, Chemical, & Waterproof – Designed to resist harsh elements, making it suitable for a variety of environments.