Gastronorm Container GN 1/1 150mm PC

Discover the professional GN container from YATO, made of high-quality polycarbonate, with standard GN 1/1 dimensions (150 mm depth) and an impressive capacity of 19.5 liters.

Its dimensions are fully compliant with the rigorous standardization GASTRO NORM PN-EN 631-1:1996, which guarantees versatility and compatibility in any professional kitchen.

YATO gastronomic containers were created with the most demanding applications in mind, which is why they are made of the highest quality PC polycarbonate. This material is distinguished by exceptional durability and resistance to mechanical damage, which translates into an extremely long product life. They are ideal for professional use in restaurants, bars, hotels, and mass catering facilities, serving for efficient storage of food, ingredients, and spices. Their unique thermal properties allow for safe use in refrigeration and freezing conditions, at temperatures reaching up to -40°C. They also perform perfectly at higher temperatures, up to 99°C, enabling the storage of hot dishes. However, it should be remembered that they are not intended for use in bain-maries or combi ovens.

YATO GN containers feature an exceptionally smooth surface, which significantly facilitates cleaning and maintaining perfect hygiene. They are suitable for dishwasher cleaning, which saves time and increases work efficiency.
Furthermore, their material does not absorb odors or flavors, so after thorough washing, they can be safely used for storing various products without fear of transferring aromas.
An additional advantage is the practical capacity scale expressed in liters, which allows for precise control of the content level.

When designing these containers, particular emphasis was placed on details such as precisely rounded corners and smooth edges, which guarantees the highest level of safety and hygiene during daily use. An additional embossing around the perimeter of each container significantly strengthens its construction, effectively protecting against deformations and dents arising during intensive use, and also enabling stable and efficient stackable storage.