RONOZYME® MultiGrain is a multi-component enzyme product, which reduces intestinal viscosity, releasing entrapped energy and nutrients and reducing feed costs.
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RONOZYME® MultiGrain is a unique combination of xylanase, beta-glucanase, cellulase and xyloglucanase enzymes that dismantle the complex carbohydrates found in corn, barley and other cereal grains feed ingredients and their by-products. Thanks to its specific combination of enzyme activities:
RONOZYME® MultiGrain offers the flexibility to safely formulate optimum diets even when using highly variable and alternative raw materials.
RONOZYME® MultiGrain multi-enzymes activities degrade the complex cell-wall NSP structures, thus improving the release of entrapped energy and nutrients, as well as reducing intestinal viscosity.
RONOZYME® MultiGrain is available in a heat-stable, free-flowing and dust-free (GT) form for feed pelleting process up to 90°C. A liquid form (L) for post-pelleting liquid applications is also available.
Recommendations for use (for GT forms)
Always check and comply with local regulations. The above recommendations are substrate depended.
RONOZYME® MultiGrain is a unique combination of xylanase, beta-glucanase, cellulase and xyloglucanase enzymes that dismantle the complex carbohydrates found in corn, barley and other cereal grains feed ingredients and their by-products. Thanks to its specific combination of enzyme activities:
RONOZYME® MultiGrain offers the flexibility to safely formulate optimum diets even when using highly variable and alternative raw materials.
RONOZYME® MultiGrain multi-enzymes activities degrade the complex cell-wall NSP structures, thus improving the release of entrapped energy and nutrients, as well as reducing intestinal viscosity.
RONOZYME® MultiGrain is available in a heat-stable, free-flowing and dust-free (GT) form for feed pelleting process up to 90°C. A liquid form (L) for post-pelleting liquid applications is also available.
Recommendations for use (for GT forms)
Always check and comply with local regulations. The above recommendations are substrate depended.
