Home

Active filters

  • Height: 870mm
  • IP grade: IPX4
  • Materiale Piastra: AISI430

THROUGH-THE-GAS SMOOTH PLATE FRY-TOP - ON...

Modello: N1100FTTF/GE900
Codice: CR1010809

SMOOTH PLATE ELECTRIC THROUGH-TOP FRY-TOP - ON...

Modello: N1100FTVP/E900
Codice: CR1010979

ELECTRIC PASS-THROUGH FRY-TOP PLATE 1/2 SMOOTH...

Modello: N1100FTVP/E920
Codice: CR1011019

ELECTRIC THROUGH-TOP FRY-TOP GROOVED PLATE - ON...

Modello: N1100FTVP/E910
Codice: CR1010999

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

Modello: Q70FTV/E1223
Codice: CR1019989

ELECTRIC THROUGH-THE-HOLE FRY-TOP SMOOTH PLATE...

Modello: N1100FTV/E900
Codice: CR1010969

ELECTRIC THROUGH-TOP FRY-TOP 1/2 SMOOTH 1/2...

Modello: N1100FTV/E920
Codice: CR1011009

ELECTRIC THROUGH-TOP FRY-TOP GROOVED PLATE - ON...

Modello: N1100FTV/E910
Codice: CR1010989

ELECTRIC FRY TOP SMOOTH PLATE AISI 430 ON OPEN...

Modello: Q70FTV/E1203
Codice: CR1019969

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

Modello: Q90SFTV/E623
Codice: CR1655129
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 M40 AISI plate - RIBBED - On...

Modello: Q90SFTV/E413
Codice: CR1655099
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.