LALFIX PEAT Soybean
A high-quality, dual-strain sterile powder peat inoculant with a select peat carrier for better seed adhesion, suitable for various application methods.
Product details
LALFIX® PEAT Soybean is a high quality, dual-strain sterile powder peat inoculant that contains a premium peat carrier that aids in the adhesion of the inoculant to the seed. This product can be applied on the seed through a variety of application methods that suit the grower’s needs.
Key benefits
- Contains two unique strains of Bradyrhizobium elkanii for early and aggressive nodulation as well as balanced performance in a range of environments.
- Based on a sterile peat powder which allows for an elevated delivery of Bradyrhizobium elkanii cells directly to the seed.
- Features a premium peat carrier for superior seed adhesion, ensuring more inoculant is delivered directly into the furrow.
- Specifically designed to adhere to the seed without the need for water. Use with water is not recommended.
- Can be used to double-inoculate first-year soybean fields with a lower carryover of background rhizobia.
- To increase the rhizobia available to the crop, apply LALFIX PEAT Soybean with an in-furrow granule or liquid inoculant such as LALFIX® START SOYBEAN GR or LALFIX® PROYIELD Liquid Soybean.
Ingredients
4 x 109 Bradyrhizobium elkanii CFU/gram
Formats
| 6 x 1.2 kg case (6 x 42 oz packets per case) | On-Seed Application Rate: • 80 g per 45.4 kg of seed (2.8 oz per 100 lbs of seed) • 1 case treats 4,080 kg (180 units) |
|---|
Related products
Enhance performance and competitiveness by nodulating roots and fixing atmospheric nitrogen in pea, lentil, and faba bean production.
A nitrogen-fixing bacterium selected for its superior ability to form symbiotic nodules on soybean roots and enhance crop performance.
A dry seed treatment combining a patented seed finisher with Lallemand’s technology, enhancing crop establishment, root vigor, nutrient availability, and yields by solubilizing phosphorus.
A wettable powder formulation that enhances root growth, phosphorus solubilization, and overall plant vigor.