Universal Wheels Locked Carbon Steel Operation Movable Kitchen Work Station For Cutting Vegetables

Household carbon steel operation cabinet for cutting vegetables, with universal wheels at the bottom that can be locked for easy movement during cleaning

Material advantage
Thickened and stable structure, with upgraded load-bearing capacity
Main material:
It adopts a 1.2mm thickened carbon steel frame, and the surface is treated with an environmentally friendly powder coating process, which is rust-proof, wear-resistant and corrosion-resistant, and is suitable for the humid environment in the kitchen.
The shelves are made of high-density fiberboard (HDF), with a single layer board capable of bearing a load of up to 30kg, allowing for the stable placement of large appliances such as microwave ovens and rice cookers.
Structural design
The mechanical support structure is equipped with anti-slip foot pads at the bottom, and the overall load-bearing capacity can reach 150kg, preventing shaking or toppling.

Multi-functional scene adaptation
Kitchen scene:
Electrical appliance area (microwave oven/oven) + tableware area + condiment area, one-stop storage, easy to take when cooking.
The bottom can hold trash cans, cat litter boxes, etc. The hidden design keeps the countertop clean and tidy.
Balcony/living room scene:
It can be used to store green plants, flowerpots, laundry supplies, or as a bookshelf or toy cabinet. The height is suitable for picture books, storage boxes, etc.

Usage and maintenance suggestions
Cleaning method:
The carbon steel frame can be wiped with a damp cloth. For the fiberboard layer board, avoid prolonged immersion in water and clean it with a dry cloth or a slightly damp cloth.
Load-bearing notice:
It is recommended that heavy objects be evenly distributed on the lower layer. When the electrical appliance area is placed separately, it is necessary to ensure that the layer board can bear sufficient weight.
Installation notes:
When assembling, it is necessary to confirm that the clips are fully fastened to avoid structural instability caused by loosening.