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  • Depth: 900mm
  • Height: 870mm
  • Tipo piastra: 1/3RIBBED
  • Materiale Piastra: IRON

ELECTRIC FRY TOP 2/3 SMOOTH 1/3 RIBBED CHROME...

Modello: QT90FTV/E1220-T4W
Codice: CR1017809T4W

GAS FRY TOP 2/3 SMOOTH 1/3 GROOVED PLATE ON...

Modello: Q90FTTV/G1220
Codice: CR1017209

ELECTRIC FRY TOP 2/3 SMOOTH 1/3 GROOVED PLATE...

Modello: Q90FTV/E1220
Codice: CR1017809

FRY TOP S Electric M80 Iron Plate - 1/3 RIBBED...

Modello: QT90SFTV/E820-T4W
Codice: CR1654839T4W

FRY TOP S GAS M80 Iron Plate - 1/3 RIBBED -...

Modello: Q90SFTTV/G820
Codice: CR1654199
Fry Top: 15mm thick cooking plate, fully independent from the surface. It features a wide, drainable channel around the entire perimeter of the plate to collect cooking residues, sloped towards the front for liquid drainage into a large grease collection drawer. The plate is not welded, allowing for quicker maintenance and potential replacements on-site. It ensures thermal uniformity, with a thermal cut that benefits both the user and adjacent machinery, reducing energy consumption by 15% compared to traditional models.

FRY TOP S Electric M80 Iron Plate - 1/3 RIBBED...

Modello: Q90SFTV/E820
Codice: CR1654839
Fry Top: 15mm thick cooking plate, fully independent from the surface. It features a wide, drainable channel around the entire perimeter of the plate to collect cooking residues, sloped towards the front for liquid drainage into a large grease collection drawer. The plate is not welded, allowing for quicker maintenance and potential replacements on-site. It ensures thermal uniformity, with a thermal cut that benefits both the user and adjacent machinery, reducing energy consumption by 15% compared to traditional models.

FRY TOP S Electric M60 Iron Plate - 1/3 RIBBED...

Modello: QT90SFTV/E620-T4W
Codice: CR1654809T4W

FRY TOP S GAS M80 Iron Plate - 1/3 RIBBED - On...

Modello: Q90SFTV/G820
Codice: CR1654189
Fry Top: 15mm thick cooking plate, fully independent from the surface. It features a wide, drainable channel around the entire perimeter of the plate to collect cooking residues, sloped towards the front for liquid drainage into a large grease collection drawer. The plate is not welded, allowing for quicker maintenance and potential replacements on-site. It ensures thermal uniformity, with a thermal cut that benefits both the user and adjacent machinery, reducing energy consumption by 15% compared to traditional models.

FRY TOP S GAS M60 Iron Plate - 1/3 RIBBED -...

Modello: Q90SFTTV/G620
Codice: CR1654139
Fry Top: 15mm thick cooking plate, fully independent from the surface. It features a wide, drainable channel around the entire perimeter of the plate to collect cooking residues, sloped towards the front for liquid drainage into a large grease collection drawer. The plate is not welded, allowing for quicker maintenance and potential replacements on-site. It ensures thermal uniformity, with a thermal cut that benefits both the user and adjacent machinery, reducing energy consumption by 15% compared to traditional models.

FRY TOP S Electric M60 Iron Plate - 1/3 RIBBED...

Modello: Q90SFTV/E620
Codice: CR1654809
Fry Top: 15mm thick cooking plate, fully independent from the surface. It features a wide, drainable channel around the entire perimeter of the plate to collect cooking residues, sloped towards the front for liquid drainage into a large grease collection drawer. The plate is not welded, allowing for quicker maintenance and potential replacements on-site. It ensures thermal uniformity, with a thermal cut that benefits both the user and adjacent machinery, reducing energy consumption by 15% compared to traditional models.

FRY TOP S GAS M60 Iron Plate - 1/3 RIBBED - On...

Modello: Q90SFTV/G620
Codice: CR1654129
Fry Top: 15mm thick cooking plate, fully independent from the surface. It features a wide, drainable channel around the entire perimeter of the plate to collect cooking residues, sloped towards the front for liquid drainage into a large grease collection drawer. The plate is not welded, allowing for quicker maintenance and potential replacements on-site. It ensures thermal uniformity, with a thermal cut that benefits both the user and adjacent machinery, reducing energy consumption by 15% compared to traditional models.