Black Single Bed | 13 KG | Steel Frame | Standard Level

Optimize space, practicality, and cost-efficiency in your staff accommodations, labor housing, or commercial projects with the Abode 13 KG Steel Single Bed. Built with a lightweight yet sturdy 13 KG steel frame, this single bed is engineered to provide efficient, reliable support for standard daily usage across high-density facilities.

Whether you are equipping contracting workforce camps, temporary staff quarters, or hostels across the UAE, Abode Furniture provides direct-from-manufacturer quality built for quick setup, easy handling, and durable performance.

Key Features

• Lightweight & Manageable Frame (13 KG): Constructed with standard-gauge steel weighing 13 KG, allowing easy assembly, re-configuration, and mobility between rooms.

• Steel Slat Base: Features integrated metal slats designed to distribute weight evenly and support standard single mattresses without requiring box springs.

• Protective Black Powder-Coated Finish: Coated with a durable, rust-resistant, and scratch-resistant black finish for easy cleaning and maintenance.

• Space-Saving Footprint: Accommodates standard single mattresses (90 cm x 190 cm), optimizing room layouts for shared staff living spaces.

• Commercial Value: Engineered to deliver reliable performance and essential structural integrity for budget-conscious housing projects.

Product Specifications

Delivery & B2B Procurement

• Free Delivery & Assembly: 100% Free delivery and professional setup across Dubai and Sharjah (within 50 km of the Sharjah border).

• UAE-Wide Coverage: Direct logistics and assembly services available across all 7 Emirates.

• Corporate & Wholesale Procurement: Direct wholesale pricing, bulk volume discounts, and official VAT tax invoicing available for contracting firms and facility managers. Contact info@abodefurniture.ae for bulk quotes.

Care & Maintenance

• Wipe down steel surfaces with a damp cloth and mild soap.

• Periodically check and tighten frame connections to ensure ongoing frame stability.