Cam GoBox® Insulated Food Pan Carrier, 63.4 qt., front load, holds (3) GN 1/1 or (6) GN 1/2 sized food pans up to 4" deep, ergonomic handles, maintains safe temperature for hot or cold holding for up to 4 hours, dishwasher safe, drip resistant, stackable, lightweight, impact resistant, eco-friendly, 100% recyclable, EPP (expanded polypropylene foam), black
Manufacturer | Cambro |
Model Number | CAM-EPP300110 |
Packed By | Each |
Camcarriers, top loading, holds (1) GN full size or fractional pans up to 8" deep, approximate capacity 40 qt., retention: hot for up to 4 hours (190 - 179 F) & cold for up to 4 hours (33.9 - 35.8 F), (2) molded-in handles, (6) recessed plastic latches, removable gasket, passive vent slot, dishwasher safe, scratch resistant textured exterior, one-piece seamless, double wall, polyurethane foam insulation, polyethylene construction, brick red, NSF
S-Series Ultra Pan Carriers, top loading, holds (1) GN full size or fractional pans up to 4" deep, approximate capacity 12.3 qt., retention: hot for up to 4 hours (190 - 179 F) & cold for up to 4 hours (33.9 - 35.8 F), (4) EZ grip molded-in handles, (4) nylon latches, built-in gasket, self venting design, stackable with MPC Camcarriers and UPC Ultra Pan Carriers, dishwasher safe, polyurethane foam insulation, polypropylene construction, speckled gray NSF
Camcarrier, for half size food pans, fits Camdolly CD1420, approximate capacity 6.3 quarts, exterior size 16-1/2"W x 13-7/8"D, holds (1) half-size 2-1/2" or 4" deep, polyethylene with foam insulation, stacking lugs, dishwasher safe, coffee beige, NSF
Ultra Pan Carriers, top loading, holds (1) GN full size or fractional pans up to 8" deep, approximate capacity 40 qt., retention: hot for up to 4 hours (190 - 179 F) & cold for up to 4 hours (33.9 - 35.8 F), (4) E-Z grip molded-in handles, (4) nylon over-center latches, removable gasket, self venting design, dishwasher safe, scratch resistant textured exterior, one-piece seamless, double wall, polyurethane foam insulation, polyethylene construction, black, NSF