Maize ZUM 1093

Genetic Potential and Grain Structure

ZUM 1093 by the German breeding house Saaten-Union is a three-way cross corn hybrid focused on achieving stable grain yields. The core engineering objective addressed by the originators (Dr. K.L. Nau, Dr. P.G. Goertz) is the balance between vegetative duration and dry matter accumulation. With a maturity period of 120–140 days, the hybrid demonstrates high plasticity across various climatic zones.

The Advantage of Dent-Type Grain

The dent-type grain structure in ZUM 1093 is a key efficiency factor. This endosperm structure facilitates the moisture release process during maturation, which is critical for reducing energy costs associated with post-harvest drying. Technologically, this allows farmers to optimize logistics and minimize waiting times at the start of the harvest campaign.

Biochemical Indicators

A high starch content (ranging from 71% to 79%) makes this hybrid highly sought after not only for feed production but also for deep processing. Stable carbohydrate synthesis in the grain is achieved through intensive photosynthesis during the grain-filling phase, as confirmed by Saaten-Union breeding data. High starch concentration directly correlates with the final product's energy density.

• Hybrid Type: Three-way cross (high crop uniformity).
• Usage: Grain production only.
• Breeding Origin: Germany (adherence to strict European quality control standards for seeds).

Choosing ZUM 1093 is an investment in reliable German genetics, where every percent of starch and every day of vegetation works to increase the profitability of the hectare.