Locker Triple – Stainless Steel – Two Door
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Durable stainless steel construction for strength and hygiene
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Sloping top design prevents dust accumulation
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Two secure compartments for organised storage
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Smooth surfaces reduce dirt traps for easy cleaning
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Suitable for cleanrooms, kitchens, and healthcare settings
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Robust build ensures long-lasting performance
- Units Bolts Together
£2,190.00 Inc Vat
Pay later with Klarna available on checkout
Delivery
This item will be dispatched within 5–7 working days. Once dispatched, it will be sent via next working day delivery to UK mainland addresses. Please allow up to 3 working days for delivery to Scotland.
Dispatch dates are estimates and may increase during busy periods. *Subject to terms and conditions.
Description
The Locker Triple – Stainless Steel – Two Door is a durable and hygienic storage solution designed for demanding environments such as commercial kitchens, laboratories, healthcare facilities, and cleanrooms. Manufactured from high-quality stainless steel, this locker is resistant to corrosion and everyday wear, ensuring long-lasting performance even in the toughest settings.
Featuring a sloping top design, the locker prevents dust and debris from collecting, making cleaning simple and efficient while maintaining strict hygiene standards. The smooth stainless steel surfaces and seamless construction minimise dirt traps, reducing the risk of bacterial build-up and making it ideal for areas where cleanliness is essential.
The single-unit configuration with two secure compartments per unit provides individual storage space for personal items, uniforms, or work essentials. Each door is reinforced for strength and comes with a reliable locking option to keep belongings safe.
Thanks to its robust construction, the Locker Triple – Stainless Steel – Two Door stands up to heavy daily use while delivering a professional, modern look. Whether used in food production areas, medical facilities, or high-traffic industrial environments, it combines practicality, hygiene, and durability in one compact unit.
