Biomin® BioStabil Plus

Biomin® BioStabil Preserves the energy in your silage. The Biomin® BioStabil product line is a formulation of strategically selected Lactic Acid Bacteria for optimal forage preservation. These bacteria produce lactic acid and acetic acid in a balanced ratio for an improved fermentation process and longer aerobic stability of silage.

Brand: Biomin (1 products)

Functions: Preservative

Labeling Claims: GMO-free

Enhanced TDS

Knowde-enriched technical product data sheet

Identification & Functionality

Features & Benefits

Labeling Claims
Main Benefits
  • BETTER FERMENTATION
  • LONGER STORAGE LIFE THROUGH IMPROVED AEROBIC STABILITY
  • HIGHER ENERGY CONTENT
  • PROTEIN PRESERVATION
  • HIGHER ANIMAL PRODUCTIVITY AND PROFIT
Product Highlights

Biomin® BioStabil Plus

Biomin® BioStabil Plus is the flagship of the BioStabil product range. The formulation has the right amount and the right types of homo- and heterofermentative bacteria (Table 1) to deliver all the desired outcomes, including preservation of energy. The formulation contains the rapid growing lactic-acid-producing homofermentative strain L. plantarum DSM 19457, which ensures sufficient lactic acid production for a rapid pH drop in ensiled forage and secures the protection of dry matter, energy and protein losses in the fermentation period.

Characteristic L. plantarum L. brevis L. kefiri
Rapid pH drop +++ + +
Effective in high dry matter silage +++ +  
Lactic acid production +++ ++ +
Reduction of clostridia +++ +++ +
Minimal dry matter losses +++ + +
Production of acetic acid and
improvement of aerobic stability
  +++ +++

Table 1: Biomin® BioStabil Plus product characteristics

Biomin® BioStabil Plus also contains L. kefiri DSM 19455 with another selected heterofermentative strain L. brevis DSM 23231, which produce a sufficient acetic acid to provide enhanced aerobic stability in the feed out phase. The combination, containing one homofermentative and two heterofermentative strains also protects against the growth of undesirable bacteria like Clostridia, yeasts and molds during and after ensiling, helping prevent loss of valuable dry matter, energy and protein from the silage.

One reason for providing a range of strains is to help ensure that Biomin® BioStabil Plus is effective on a wide variety of forage types and conditions such as moisture and temperature.

Applications & Uses

Markets
Applications
Animal Species
Applications

Grass, alfalfa and haylage