Hot Item Anti Slip Step Over Platform For Pipework And Cables Set [q6tKWAhY]

Anti Slip Step Over Platform Solution

The Anti Slip Step Over Platform is a versatile and essential safety tool designed for navigating over low bund walls, pipework, and cables. Engineered to eliminate trip hazards, this freestanding platform ensures safe access in both indoor and outdoor environments. With its non-slip GRP Grating and high visibility non-slip nosing, it's perfect for rooftop walkways, low/ground level services, and a wide range of industries from hospitals to chemical plants.

• Safe Access Over Obstacles: Step over pipework, tubes, cable trays, and wires with confidence.
• Non-Slip Design: The GRP Grating and anti-slip nosing provide a secure grip on wet or uneven surfaces.

Key Features and Specifications

Our step-over platforms are constructed in the UK using durable GRP materials, known for their strength and longevity. The lightweight yet robust design makes installation a breeze, and with no ongoing maintenance required, it's a cost-effective solution. Standard sizes are available, but we offer customization for unique shapes and sizes to meet your specific needs.

• GRP Construction: All components are made in the UK from high-quality GRP for maximum strength and durability.
• Customization: Available in standard sizes or customized to your specific requirements.

Benefits and Practical Uses

The Anti Slip Step Over Platform is not just a safety feature; it's a practical solution for a variety of environments. Its anti-spark and anti-static properties make it ideal for use in sensitive areas, while its corrosion and chemical resistance ensures it withstands challenging industrial environments. With a high strength-to-weight ratio, it's suitable for long walkways and access pathways, enhancing safety and efficiency.

• Anti-Spark and Anti-Static: Safe for use in sensitive areas where static electricity can be a concern.
• Corrosion and Chemical Resistance: Designed to last in environments where metal and wood would fail.