When it comes to food storage, there are many options to choose from. Polystyrene is one of the most widely used materials nowadays. Despite the fact that polystyrene is a common material for food storage, some people are concerned about its safety. So, is polystyrene a safe material for food packing in the first place?
Yes, polystyrene packaging is safe for food storage. There are two types of polystyrene used in food storage: rigid and foam. Rigid form is used in transparent food containers, bowls, plates, beverage cups, lids, straws, and other utensils in a rigid configuration.
On the other hand, foam form is used for plates, insulated beverage cups as well as bowls. This kind of foam is also referred to as Styrofoam, which is the company that manufactures it. Alternatively, the resin code of 6 may be used to identify this. It may be used for a variety of other things than food packing, including as shipping containers.
According to the Food and Drug Administration, polystyrene is completely safe when it comes into touch with food. Additional regulatory bodies, such as the European Food Safety Authority and the Food and Drug Administration, have said the same exact thing.
The use of polystyrene foam food and drink containers has been shown to have no negative health impacts on people.
Additionally, since they are disposable, polystyrene foam storage materials are a more hygienic form of food packing than other types of food storage, such as paper or plastic wrap.
Why use polystyrene for Food storage?
There are many advantages to using polystyrene food service storage in food packing, including the following:
The use of polystyrene in food storage may assist to decrease the likelihood of food-borne illnesses occurring. As a result, it may be used for food packing in a variety of settings, including schools, households, cafeterias, and hospitals, among others.
When compared to other options, polystyrene is an excellent material for food packing since it guarantees that the food remains in its original state. For example, if you use polystyrene to store cold meals, they will remain cold; similarly, hot foods will remain hot; and fresh foods will remain fresh if you use polystyrene to store fresh foods. So it can be used for everything, including organic salads, coffee, hot chilies, and many other dishes, providing a significant increase in convenience and pleasure, particularly for those on the move.
Polystyrene may help you save money on your next project. In comparison to other options such as paper-based techniques or other containers that may need a large amount of equipment, water, detergent, as well as manpower, polystyrene food service is extremely affordable and costs less than any other alternative
It is also less energy and water-intensive than the alternatives, which makes polystyrene an excellent choice for food storage applications.
Some processors use a blast-freeze technique that keeps trays at 28 degrees Fahrenheit (-2 degrees Celsius) for more than an hour. Solid materials may not be able to withstand these high temperatures and could become brittle as a result. Foam is a stable environment that can withstand a broad variety of temperature variations.
The rigid shape of polystyrene trays, in addition to providing these advantages, also contributes to creating a more attractive format for marketing since they may be stacked or shingled in a more ordered and consistent way inside the display case.
In fact, these trays are “essentially the ‘backbone’ of most meat-protein storage. They may be used in greater numbers than, for example, chicken nuggets that are packaged loosely within a bag.
The polystyrene foam used in these products is also recyclable, and several towns are working on efforts to increase the availability of this kind of material for recycling.
Polystyrene is a plastic that is extensively used in food storage and is completely safe for use in food storage. It has no negative impact on people in any way. Furthermore, it offers a lot of other advantages in the food storage industry, which has been discussed in this article.