Resealable food box in cellulose pulp 23.5x 14 x 6.7cm – Availability: 125/250 pieces

Food Box in cellulose pulp, natural and ecologically substituted for traditional aluminum and polystyrene trays. Designed for take away or delivery, it is also excellent as a doggy bag to allow your customer to eat the leftover part of the meal at home.

Resealable food box in cellulose pulp

Large resealable food box made of cellulose pulp, natural and ecologically substituted for traditional aluminum and polystyrene trays.

This product is totally biodegradable and compostable and can be thrown away.

Availability:

• a pack of 125 pieces
• a carton of two packs equal to 250 pieces

Item description: Resealable pulp food box -
Large 23.5 x 14 x 6.7 h. cm - Bottom capacity 750 ml.
Type of materials: Fibers extracted from bamboo and cane
from sugar
Single product weight: 25.6 g
Box type: Brown corrugated cardboard / PAP 20
Packaging label: yes
Box label: yes

WEIGHTS / MEASUREMENTS / WEIGHTS may undergo variations of +/- 5% · *** Purely indicative weights as these are natural products.
they can also have important variations.

The product can be used, together with the food, in the traditional oven: max 10 minutes at 100°C
The product can be used, together with the food, in the microwave oven: max 3 minutes at 800W
Product suitable for contact with food according to EC regulation n° 1935/2004 and subsequent updates,
to the Ministerial Decree of 03/21/1973. and subsequent updates. In order not to alter the taste and flavor of the food, it is advisable not to
keep the dish in contact with hot food for a prolonged time (Max 30 minutes). It is not suitable for storing food
foods. Since the typical use of the product is not intended for infants, no specific checks were carried out
for this population (children under 3 years old), consequently it is not possible to guarantee the use of this article for the preparation and administration of infant and follow-on foods. The product is disposable.
It is recommended to verify the technological suitability in the actual application based on the times and temperatures of use.