Estante AWTOOLS 5 prateleiras 180x90x40 cm carga 250 kg por prateleira aço galvanizado 5,0 mm

With a massive 250 kg load capacity per shelf, this AWTOOLS rack turns any garage, workshop, or warehouse corner into a high-density storage powerhouse. Five spacious MDF shelves on a galvanized steel frame give you 1250 kg of total carrying muscle in a compact 180 x 90 x 40 cm footprint.

Overview

The AWTOOLS AW23160 is a boltless, freestanding shelving unit built for serious organisation. Each of the five adjustable shelves is crafted from 5.0 mm thick MDF, supported by a corrosion-resistant galvanized steel frame. Assembly takes minutes without nuts or bolts — just push the components together. Plastic feet caps protect your floor from scratches and keep the rack stable even under heavy loads.

What stands out

• 250 kg per shelf — 1250 kg total load capacity
• Boltless push-fit assembly: no tools required
• Adjustable shelf heights for flexible storage
• Galvanized steel frame resists rust and corrosion
• MDF shelves with 5.0 mm thickness for durability
• Plastic feet caps protect floors and improve grip
• Flat-packed for easy transport and storage

Technical details

• Product type: Storage rack
• Number of shelves: 5
• Max load capacity per shelf: 250 kg
• Total max load capacity: 1250 kg
• Overall dimensions (H x W x D): 1800 x 900 x 400 mm
• Frame material: Galvanized steel
• Shelf material: MDF (Medium-Density Fibreboard)
• Shelf thickness: 5.0 mm
• Assembly type: Boltless / push-fit
• Adjustable shelves: Yes
• Colour / finish: Galvanized
• Intended use: Garage, workshop, warehouse, utility room
• Feet protection: Plastic caps
• Corrosion resistance: Yes
• Installation type: Freestanding
• Packaging: Flat-packed

Our verdict

For heavy-duty storage without the hassle of bolts, the AWTOOLS AW23160 delivers exceptional strength and versatility. Its galvanized steel frame and thick MDF shelves ensure long-lasting performance, while the boltless design makes assembly a breeze. Ideal for anyone needing serious organisation in a compact footprint.