Venice Copper Bronze is a collection of mirror-polished 18/10 stainless steel cutlery with a highly sought-after copper PVD finish.
Mirror polishing of cutlery is a surface processing process through which, with the use of special rollers and very fine-grained abrasive pastes, the required shine is obtained.
PVD stands for Physical Vapor Deposition. It is a technology used for coloring steel through the deposition of very thin metal films. The process takes place inside vacuum chambers and consists of the evaporation and subsequent condensation of the metals on the cutlery. This treatment, with a range of wonderful color nuances, in addition to embellishing the cutlery, makes it more resistant to wear and scratches and is a perfectly sustainable coating suitable for use in the food sector.
Venice Copper Bronze has particularly slender and thin lines. This cutlery is striking for its refined design also achieved thanks to the slight roundings at the ends of the handles and the attention to detail of the parts in contact with the mouth which contribute to the elegance of this model. The leaf-shaped spoon and the knife which can also be placed when cut are the distinctive elements of this cutlery.
Description
Type: Steel cutlery
Material: 18/10 AISI 304
Thickness: 4.0mm
Steel finish: PVD cutlery
Style: Design
Compositions:
24 Pcs - 6 Spoon/6 Fork/6 Knife/6 Teaspoon
49 Pcs - 12 Spoon/12 Fork/12 Knife/12 Teaspoon/1 Ladle
51 Pcs-12 Spoon/12 Fork/12 Knife/12 Teaspoon/1 Ladle/1 Serving Spoon/1 Serving Fork
75 Pcs-12 Spoon/12 Fork/12 Knife/12 Teaspoon/12 Fruit Knife/12 Fruit Fork1 Ladle/1 Serving Spoon/1 Serving Fork
Venice Copper Bronze is a collection of mirror-polished 18/10 stainless steel cutlery with a highly sought-after copper PVD finish.
Mirror polishing of cutlery is a surface processing process through which, with the use of special rollers and very fine-grained abrasive pastes, the required shine is obtained.
PVD stands for Physical Vapor Deposition. It is a technology used for coloring steel through the deposition of very thin metal films. The process takes place inside vacuum chambers and consists of the evaporation and subsequent condensation of the metals on the cutlery. This treatment, with a range of
