GN 1/2 Polycarbonate Container 100mm

Discover the professional GN container by YATO, made of high-quality polycarbonate, with standard GN 1/2 dimensions (100 mm deep) and a capacity of 5.9 l.

This container features dimensions strictly compliant with international standardization GASTRO NORM PN-EN 631-1:1996, which guarantees its versatility and compatibility.

YATO brand gastronomic containers are made of top-quality PC polycarbonate, a material valued for its exceptional durability and resistance to mechanical damage, which guarantees their long-lasting and reliable use. They are ideally suited for intensive, professional use in restaurants, bars, and mass catering establishments. Their primary purpose is the safe and hygienic storage of food, spices, and other ingredients. Thanks to the unique properties of polycarbonate, these containers perform excellently in refrigeration and freezing conditions, withstanding temperatures down to -40°C. They can be used equally effectively at higher temperatures, up to 99°C, allowing for the storage of hot dishes. However, it should be noted that they are not intended for use in bain-maries or combi ovens.

YATO brand GN containers are distinguished by an extremely smooth surface, which significantly facilitates their cleaning and maintenance of perfect hygiene. They are fully adapted for dishwasher washing, saving time and energy.
Their key feature is that they do not absorb odors or flavors, so after thorough washing, they can be freely used to store various products without fear of aroma transfer.
An additional advantage is the practical scale expressed in liters, placed on the container wall, which allows for precise control of the content level.

When designing these containers, particular attention was paid to details such as precisely rounded corners and smooth edges, which guarantee the highest level of safety and hygiene during use. An additional embossing, strategically placed around the perimeter of each container, not only strengthens its construction and protects against deformations arising during intensive use but also significantly facilitates and enables stable stacking, optimizing space.