Cookies Policy

Within our website, we use cookies to facilitate and improve your use of the website. If you use our website without changing your cookies settings, they will be stored in the memory of your device. In addition, subject to your consent, cookies will be used for advertising purposes related to the analysis of user behaviour and for statistical purposes. You can disable the use of cookies for these purposes by changing your browser settings or by clicking the button: Settings below.

For more information about cookies, please refer to our Privacy Policy.

Ingredients

Barley malt

It is produced in malt houses from grains of different cereal species. The most commonly used raw material is barley grain, from which light and dark malts are obtained for the brewing industry. The malting process takes 5-8 days and consists of several stages: cleaning and sorting, soaking, germination, drying, pre-germination, and storage.

The chemical composition of barley malt is influenced by the chemical composition of the grains and by the parameters of its malting process. Hulled barley grains contain: carbohydrates (62-75%), proteins (10.5-14.5%), fats (1.9-2.6%), minerals (2.7-3.1%), and group B vitamins and vitamin E. The requirements of the malting industry with regard to the chemical composition of the grain of barley intended for the manufacture of malt mainly concern the protein and starch content. The protein content of 10.0 to 10.8% is considered the most appropriate and 9.5 to 11.5% is acceptable.

Malts are increasingly used as food additives, mainly because of their colour, flavour, and odour. They may also be used to increase the nutritional value of the product, and even as an enzyme carrier and a sweetener. Malts are added, i.a., to bakery and confectionery products, ice creams, cereal malt beverages, sauces, concentrates, soups, functional foods.

Products based on barley malt are worth eating due to the increased absorption of the grain components after the malting process. The experts also recommend them to women who are breastfeeding due to their lactogenic effects (increased prolactin synthesis).

Information developed by employees of the SGGW Cereals Technology Plant.