Knightsbridge Anti-Corrosive LED Battens

IP65 LED Non-Corrosive Batten Fitting – Energy Efficient & Durable LED Lighting

Upgrade your commercial or industrial lighting with Knightsbridge high-performance IP65 LED Non-Corrosive Batten Fitting, designed to deliver reliable illumination in demanding environments. Featuring advanced LED SMD technology, this slimline LED fitting combines energy efficiency, durability, and ease of installation, making it the ideal replacement for traditional T5 and T8 fluorescent battens.

Manufactured with a robust polycarbonate body and diffuser, this LED non-corrosive luminaire offers excellent impact resistance and long-lasting performance. Suitable for warehouses, workshops, car parks, garages, factories, plant rooms, and commercial premises, its IP65-rated construction provides protection against dust and water ingress.

The innovative wiring design allows the fitting to be wired externally without opening the unit, reducing installation time and simplifying maintenance. Supplied complete with terminal blocks for quick and efficient loop-in/loop-out wiring.

Key Features

• High-efficiency LED SMD technology for superior light output
• IP65-rated protection against dust and water
• Modern slimline design with durable polycarbonate housing
• Suitable for surface mounting or suspension installation
• External wiring access for faster and easier installation
• Includes terminal blocks for series wiring
• Low energy consumption and reduced operating costs
• Long lifespan with virtually maintenance-free operation
• Ideal replacement for conventional T5 and T8 fluorescent fittings
• Suitable for industrial, commercial, and utility lighting applications

Ideal Applications

• Warehouses
• Factories
• Workshops
• Garages
• Car Parks
• Storage Areas
• Utility Rooms
• Commercial Buildings
• Agricultural Buildings

Choose Knightsbridge IP65 LED Non-Corrosive Fittings for dependable, energy-saving lighting that delivers exceptional performance and long-term reliability in even the toughest environments.