Triticale Grain

Triticale grain is typically larger and more shrivelled-looking than wheat, and its bulk density is often lower — a legacy of the grain-filling problems that dogged early triticales and that breeding has reduced without wholly eliminating. Modern triticales are much improved, but test weight remains the attribute a buyer looks at first, and it is the reason triticale rarely trades at wheat parity even when it feeds as well.

Feeding is what triticale is for. It goes into compound feeds and on-farm rations as an energy source with usefully higher protein than most feed wheat, it is fed to pigs and poultry as well as ruminants, and a substantial share of the crop never becomes a grain commodity at all — it is cut whole and ensiled as forage, which is a different harvested product from the same crop and not covered here.

Marginal outlets exist and are worth stating accurately rather than inflating. Some triticale is milled and blended into flour for specialty and wholegrain breads. Some is used as a fermentation and distilling feedstock where it is cheaper than wheat. Neither is large enough or standardised enough to model as a product pathway from this commodity, so none is asserted.

• Feed — the dominant use, in compound feeds and on-farm rations
• Forage — the crop cut whole for silage, a separate harvested product
• Food — limited milling into blended and specialty breads
• Energy — fermentation and distilling feedstock where locally economic

Because triticale is a minor commodity, many jurisdictions have no dedicated grade standard for it, and lots are bought against contract specifications or against the standard for feed wheat. The attributes measured are the familiar ones — moisture, test weight, foreign material, damaged and sprouted grain, and protein where it is being priced. Sprouting resistance is generally weaker than wheat and closer to rye, so falling number and visible sprout damage matter in a wet harvest.

Triticale inherits susceptibility to ergot from its rye parentage, and sclerotia can appear in a harvested lot. Where the grain enters feed or food channels, the same jurisdictional limits that apply to rye apply here, and cleaning is the practical response. This is a real point of difference from wheat and one a buyer used to wheat may not anticipate.

Triticale stores like other small grains: dried to a moisture appropriate to the holding period, then cooled, aerated, and monitored for heating and insects. The practical notes are its lower bulk density, which means a bin holds fewer tonnes than the same bin of wheat, and the value of cleaning both to remove ergot and to lift a lot that is carrying screenings. Most triticale moves short distances in bulk, often from farm to a local feed mill, so long-haul handling questions arise less often than for the major cereals.