2 products
Why Telesteps Kevlar® Ladders Stand Out
- The Only Kevlar® Telescoping Ladders – Built with DuPont™ Kevlar® composite rails for non-conductive, high-risk environments
- Safety Lock Indicator Windows – Clear visual confirmation when rungs are securely locked
- Compact Telescoping Design – Easy transport and storage in tight spaces
- Patented One-Touch Retraction – Controlled, smooth lowering
- ANSI A14.5 Tested & OSHA Compliant – Built for real jobsite use
- Two Models Available – 12.5 ft Extension and 8.5 ft A-Frame
Kevlar® vs Fiberglass vs Aluminum Ladders
Kevlar delivers the safety of fiberglass with the portability of telescoping ladders — something no other ladder offers.
Kevlar® Telescoping Ladders (Telesteps Advantage)
- Electrical Safety: Non-conductive composite rails built with DuPont™ Kevlar®
- Weight: Lighter than fiberglass with excellent strength and durability
- Durability: Engineered for demanding electrical and industrial applications
- Portability: Compact telescoping design for easy storage and transport
- Best Use: High-risk utility, electrical, data center, and industrial environments
Fiberglass Ladders
- Electrical Safety: Non-conductive
- Weight: Heavier and harder to transport
- Durability: Can become brittle and degrade over time
- Portability: Bulky and difficult to move
- Best Use: Electrical work where non-conductive access is needed
Aluminum Ladders
- Electrical Safety: Conductive — unsafe near energized systems
- Weight: Lightweight and strong
- Durability: Strong for general-purpose use
- Portability: Often bulky to carry and store
- Best Use: General-purpose applications
What Is a Non-Conductive Ladder?
A non-conductive ladder reduces the risk of electrical current passing through the ladder when working near energized equipment.
- Aluminum ladders are conductive and unsafe near live systems
- Fiberglass provides insulation but is often heavy and bulky
- Kevlar composite rails deliver advanced dielectric performance with superior strength-to-weight ratio
Choose Your Kevlar® Ladder Configuration
Both Telesteps Kevlar® models are built with DuPont™ Kevlar® composite rails for non-conductive safety, compact transport, and professional performance. Choose the ladder configuration that best fits your environment and access needs.
12.5 ft Kevlar® Telescoping Extension — Type 1A
The Telesteps 1600EKP is the world’s only telescoping extension ladder built with DuPont™ Kevlar® composite rails and rated Type 1A for professional use — engineered for professionals who need safe, compact, and dependable access around energized systems.
- Up to 16 ft reach height for elevated access and overhead work
- Partial-height setup — extend from the bottom section to the exact height needed with green lock confirmation at each step
- Pivoting silicone feet adapt to uneven or slick surfaces for stable placement
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Compact and portable — retracts to ~34 in and weighs ~30 lbs for easy transport and storage
Ideal for: utility work, electrical maintenance, data centers, overhead access, and demanding service environments.
8.5 ft Kevlar® Telescoping A-Frame — Type 1AA
The Telesteps 125EKS is the world’s only telescoping A-frame ladder built with DuPont™ Kevlar® composite rails and rated Type 1AA for professional use — engineered for safe, compact, and stable access around energized systems.
- Up to 12 ft reach height for elevated access and overhead work
- Stair offset capability for safe use on uneven surfaces
- Extended top frame for improved overhead reach and stability
- Dual-use telescoping design — functions as A-frame or compact straight ladder
- Compact and portable — retracts to ~31" and weighs ~34 lbs
Ideal for: indoor electrical work, maintenance teams, utilities, data centers, stair access, and confined environments.
Frequently Asked Questions
Are telescoping ladders safe for electrical work?
Standard telescoping ladders made from aluminum are conductive and should not be used near live systems. Telesteps Kevlar ladders are engineered with non-conductive composite rails for safer use.
Is Kevlar better than fiberglass for ladders?
Kevlar offers similar non-conductive properties to fiberglass but with improved strength-to-weight performance and a compact telescoping design.
What makes a ladder non-conductive?
A ladder is considered non-conductive when its materials reduce the flow of electrical current. Kevlar composite rails provide advanced dielectric resistance.
Can aluminum ladders be used near electricity?
No. Aluminum ladders conduct electricity and should never be used near energized equipment.
Engineered for Safety. Built for the Field.
Telesteps Kevlar telescoping ladders are designed for professionals who cannot compromise on safety, portability, or performance.
