Cultivation

Corn Processing Suitability

Zea mays L.

Corn suitability is determined by endosperm structure, the ratio of horny to floury layers, and the efficiency of germ separation. Processing parameters depend on the intended use of the grain: for the production of grits, flour, or starch.

In the reference 110 varieties crop Maize, where this is mentioned in the description.

The technological properties of the grain are defined by its type: flint corn with a high horny layer content is optimal for the production of polished grits, whereas dent and semi-dent types are used for the manufacture of flour, fine grits, and in the starch and molasses industry. A critical stage of processing is the separation of the germ, which accounts for up to 15% of the grain mass, as its residues reduce shelf life and the sensory quality of the products.

Unlike other cereals, corn requires mandatory hydrothermal treatment to soften the grain structure, facilitate the removal of pericarp, and ensure efficient germ extraction. The technological processing scheme focuses on the layer-by-layer separation of grain components, and modern quality requirements, including stress-crack indices and fat content, are often regulated by direct contractual agreements between the supplier and the consumer.

General information about the subject — on the page Suitability for processing.

Sources8

Varieties of Maize mentioned in the description

Selection based on the description text, not on official evaluation: these data are absent from registers. For specific variety details, please refer to its profile.

Ulisse VSM

Active

Zea mays L. · Maize

CREA- CENTRO DI RICERCA PER LA CEREALICOLTURA (CREA-CI-BG) / FONDAZIONE MORANDO BOLOGNINI / VENTUROLI SEMENTI S.R.L.

2 records

Strike

Terminated

Zea mays L. · Maize

D.J. VAN DER HAVE B.V.

3 records

Shaian

Active

Zea mays L. · Maize

Mykuliak Ivan Stepanovych, Chernomyz Anatolii Mykolaiovych, Voskoboinyk Oleksandr Vasyl`ovych, Nehoda Tetiana Volodymyrivna, Marochko Valentyna Anatoliivna, Olizko Oleksii Petrovych, Borysov Viktor Mykolaiovych, Antoniuk Serhii Petrovych, Cherchel Vladysl

3 records