🚚 Free Worldwide Shipping on All Orders!Shop Now
Nectar For The Gods Persephone's Palate
HomeStore

Nectar For The Gods Persephone's Palate

Nectar For The Gods Persephone's Palate

Select Container Size
From $13.89
Nectar For The Gods Persephone's Palate—
$13.89

The Story

Persephone's Palate is Nectar for the Gods’ answer to the use of molasses in a feeding regimen. The calcium in the lignin acts as a microbial food while the lignosulfonate acts as a chelating agent (large, organic molecules that are used to envelop highly-reactive trace metal ions). The purpose of chelates is to incorporate metal ions like magnesium, boron, and zinc into a soluble but bound form that is capable of supplying nutrients to the plants. As the chelate breaks down, the metal ion micronutrients are slowly released into the soil in a bioavailable form that may then be taken up by the plant.

Nectar For The Gods Persephone's Palate - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Nectar For The Gods Persephone's Palate - Image 3

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Nectar For The Gods Persephone's Palate - Image 4

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Nectar For The Gods Persephone's Palate - Image 5

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

Persephone's Palate is Nectar for the Gods’ answer to the use of molasses in a feeding regimen. The calcium in the lignin acts as a microbial food while the lignosulfonate acts as a chelating agent (large, organic molecules that are used to envelop highly-reactive trace metal ions). The purpose of chelates is to incorporate metal ions like magnesium, boron, and zinc into a soluble but bound form that is capable of supplying nutrients to the plants. As the chelate breaks down, the metal ion micronutrients are slowly released into the soil in a bioavailable form that may then be taken up by the plant.