Products

NACHURS® Rhyzo-Link 9-15-3 is a complete fertility package containing 100% orthophosphate, NACHURS® Bio-K® technology, NACHURS® Rhyzo-Link® technology, sulfur, and zinc. The Bio-K® technology in this product offers the highest level of soluble potassium resulting in a quicker uptake of nutrient compared to other potassium sources. Rhyzo-Link® 9-15-3 is a premium in-furrow starter fertilizer that provides for the highest level of early plant growth, nutrient availability and abiotic (environmental) and biotic (biological) stress tolerance in the marketplace. Rhyzo-Link® 9-15-3 contains a consortium containing five species of the bacillus bacteria delivering the greatest level of Colony Forming Unit’s (CFU’s) per acre/gallon in the industry. This product can store for up to 18 months without affecting biological viability. Promote a quicker, more uniform plant emergence with improved vigor and increased plant health by using NACHURS® Rhyzo-Link® 9-15-3 to maximize yield potential.

NACHURS® Rhyzo-Link 0-0-15 promotes the highest level of plant growth, nutrient availability and abiotic (environmental) and biotic (biological) stress tolerance in the marketplace. Rhyzo-Link® 0-0-15 contains a consortium containing five species of the bacillus bacteria delivering the greatest level of Colony Forming Unit’s (CFU’s) per acre/gallon in the industry. This product can store for up to 18 months without affecting biological viability. Rhyzo-Link® 0-0-15 with sulfur is a flexible product that can be used in-furrow, outside the row, side dress or foliar and can be blended with 10-34-0, 11-37-0 , UAN, and liquid urea. Give your crops the potassium and sulfur they need with this leading edge PGPR technology: NACHURS® Rhyzo-Link® 0-0-15.Higher crop yields, along with applications of potassium that haven’t kept up with the crop removal pace, have left many acres in decline of available potassium. Similar decreases can be found with Sulfur since dry fertilizer manufacturing practices as well as Clean Air measures have limited or removed incidental sulfur from being part of the residual nutrient supply.