Übersetzung für "Bröckelverluste" in Englisch

The longitudinal structure of the stalks is not destroyed, losses due to friability are small.

This means: fewer losses due to crumbling and lower nutrient losses.

Best-possible ground hugging, minimal losses and precision when working without time-consuming adjustments are what the industry demands.

The mat laid down on the stubble at the end of the process is therefore inherently stable enough that losses of brittle material can be avoided on laying down and in subsequent harvesting operations.

The partially dry or completely dry carpet of stalk material holds together due to its fibrous structure and can be picked up and transported by pick-up devices without loss from falling apart.

The unique rotor geometry has several additional advantages: Forage is picked up more easily and is subjected to less of a beating between the tine arms, meaning lower losses due to disintegration.

This allows farmers to produce top-quality hay in the shortest possible time regardless of the weather and to reduce loss of crops to a minimum.

Forage is taken up easier and is subjected to less of a beating between the tine arms, meaning lower losses due to disintegration.

In combination with a pressing belt, the new chamber geometry of this variable round baler results in bale traction designed to avoid bale losses.

Clean use: Crumbling losses are ideally avoided thanks to the completely closed bottom - this saves additional cleaning work after feeding and keeps the silo clean.

Using this technology, cutting can be performed at the optimal time, reducing disintegration losses to a minimum.