LALFIX SOYBEAN GR
Rhizobial inoculant developed to boost nitrogen fixation, better crop establishment, and enhanced yields.
Product details
- LALFIX® SOYBEAN GR is a high quality, dual-strain in-furrow inoculant with 1 x 108 viable Bradyrhizobium japonicum CFU/gram.
- Brings several enhancements over traditional granular inoculants.
- Intended for soybean growers focusing on the benefits of strong nitrogen fixation and granular ease of use.
- The selected Bradyrhizobium japonicum strains enable the plant to start fixing nitrogen earlier and more efficiently for better crop establishment and enhanced yields.
Key benefits
- Dual-Strain Rhizobia
- Industry leading flowability through application equipment
- 99% granule consistency
- Accurate inoculant placement
- Enhanced bacteria survival
- Granule durability
- Low dust
Ingredients
1 x 108 Bradyrhizobium japonicum CFU/g
Formats
| 12.2 kg (27 lbs) bag | Bulk Density: 31.5 lbs per cu. ft., 0.505 kg/L In-Furrow Application Rate: 10” row spacing = 2.7 lbs/ac (1 bag treats 10 acres). See label for recommended rates by row spacing. |
|---|---|
| 392 kg (864 lbs) tote | Bulk Density: 31.5 lbs per cu. ft., 0.505 kg/L In-Furrow Application Rate: 10” row spacing = 2.7 lbs/ac (1 bag treats 10 acres). See label for recommended rates by row spacing. |
Compatibility
LALFIX SOYBEAN GR is compatible with seed-applied treatments and other in-furrow applications. If you have a compatibility question, contact your Lallemand Plant Care representative for more information.
Related products
Rhizobial inoculant developed to boost nitrogen fixation, better crop establishment, and enhanced yields.
A wettable powder formulation that enhances root growth, phosphorus solubilization, and overall plant vigor.
A leading liquid inoculant that enhances nodulation, nitrogen fixation, root growth, and yield through higher rhizobia survival and iron solubilization.
A high-quality, dual-strain sterile peat powder inoculant with a select peat carrier for better seed adhesion, suitable for various application methods.