Products

BioRush® Original is used as a maintenance product for green-up. It is a dry, water-soluble root growth stimulant with nitrogen-fixing, phosphorus solubilizing and growth-promoting beneficial bacteria packaged in pre-measured, labeled bags for easy use with tank sprayers.

Diehard™ Transplant is used as a back-fill soil amendment to inoculate landscape plants when planted and “energize” the microbial activity in the ground. This One-Time Application Jump-starts Mother Nature and results in quick root establishment with less transplant shock.

Diehard™ Complete is an amendment for flower beds and turf containing Diehard™ core ingredients needed for faster establishment and more sustainable landscape where less water gel is desired. This results in quick root establishment with less transplant shock.

Diehard™ Turf-Sod Pack is formulated to be used as a soil amendment treatment for establishing turf grass root systems with live beneficial mycorrhizal fungi. A mycorrhizal root system is one that will uptake more water and nutrients than a non-mycorrhizal system. Diehard™ Sod Pallet Pack contains humic acids, beneficial bacteria, soluble sea kelp, yucca plant extracts, and horta-sorb to reduce water maintenance and promote rapid root development.

Diehard™ Root Dip is an Ecto-Mycorrhizal inoculant for bare root treatments to inoculate the roots of plants before planting.

Diehard™ Root Reviver is an endo/ectomycorrhizal inoculant used as a vertimulch for established trees in decline. The industry’s first complete vertimulch Inoculant,. Improves survival, rooting, flowering, water absorption, nutrient availability, yields and production. Product reduces plant losses fertilizer use, need of pesticides, heat stress damage, irrigation frequency, and losses from drought conditions.

Diehard™ Complete Organic is an amendment for flower beds and turf containing Diehard™ core ingredients needed for faster establishment and more sustainable landscape where less water gel is desired. This results in quick root establishment with less transplant shock.