610 X 915mm S/ Steel #304 Kitchen Corner Bench Table 930 X 353mm #430 Wall Shelf

You are purchasing a brand new, top of the range, heavy duty, all stainless steel work bench and stainless steel wall mounted shelf. It is simply the best available for all the features it's packed with. This table unlike most others being sold comes with 16 screws, each leg is screwed on the upper and lower shelf by two screws. This ensures your table is stable, sturdy, balanced and safe. This shelf is as stable & sturdy as they get. Heavy duty construction. This shelf has two support brackets which makes it very stable & gives extra lifting capacity. Shelf is very well made and comes with all accessories needed to mount this shelf such as screws, chewies etc. Shelf can be placed above bench for extra storage or to hold all necessary equipment such as pots and pans etc. More sizes & models available in stock.

BENCH SPECIFICATIONS

    Brand new in box
    Heavy duty
    Has reinforced hat channel
    Grade #304 stainless steel work bench
    Thickness: 1.2mm
    Four adjustable feet to ensure table is level even if the floor is not.
    Has an under-shelf for safe storage
    1 x under-shelf included
    Under-shelf is fully adjustable (as high or low as you want!)
    Under-shelf is practical & elegant type which allows washed utensils to drain!!
    The legs and under shelf are galvanized
    Thick stainless steel construction with reinforced channel hat for stability
    Adjustable bullet type feet (Allows the table to be level even if the floor is not!
    Super stable
    More models and sizes in stock
    Dimensions: 915mm (L) x 610mm (W) x 865mm (H)
    Package Dimension: 92 cm(L) x 62 cm(W) x 15 cm(H)

SHELF SPECIFICATIONS

    Brand new
    1.2mm thick #430 Stainless steel
    100Kg lifting capacity
    Comes with two support brackets
    Comes with all screws and chewies required to mount shelf
    Very stable
    Dimensions of table: 930mm (L) x 353mm (B) x 200-260mm (H)
    Package Dimension: 93 cm(L) x 37 cm(W) x 10 cm(H)