The French manufacturer of food containersfor more than 75 years
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Biobased dough container - 600 x 400 x 90 mm - 15 L - white

Biobased dough container - 600 x 400 x 90 mm - 15 L - white

Ref. : G179491

14L 9L

Our products meet the French and European applicable standards.
This Gilac food contact compliance certificate is written in French.

Biobased dough storage container - 600 x 400.
Stacking with and without lid, maximum stacking height capacity.
Innovative design for even greater convenience:
- Rounded corners and bottom for easy cleaning.
- Vertical sides without inner edge avoids marking the dough. The entire surface of the container is usable.
- Completely flat bottom means dough detaches easily, no loss, no food deposit left.
-Optimised side reinforcements allows you to customise containers with your logo.
-Rounded outside corners guarantee a damage-free working environment.

The dough container made from biosourced material is dye- and odour-free with a white appearance.

Biobased material is made from natural renewable resources instead of limited energy sources such as fossil fuels.
As a responsible French manufacturer, GILAC is now offering alternatives to standard materials, whilst maintaining an optimal level of quality and food safety in full compliance with current regulations.
This dough container adds to the existing range of dough containers made with conventional materials.
Height
90 mm
Width
400 mm
Length
600 mm
Capacity
15 L
Nesting rate*
0,00 %
Material
HDPE_BIO
Colour
White
Product bottom Internal length
555 mm
Product bottom Internal width
355 mm
Product bottom Internal height
80 mm
Weight
1.312 kg
GENCODE
3573678683013
Customs Code
39231090
* The nesting rate is the percentage of the container’s height that fits into the other container.

Number of items per pallet
100
Pallet weight
140 kg
Pallet length
800 mm
Pallet width
1200 mm
Pallet height
2130 mm
All the technical information on temperature use is given as an indication for the products concerned. GILAC products are used at the user's own risk.