Seachem Flourish Iron 4L Plant Fertiliser
Seachem Flourish Iron 4L Plant Fertiliser
Seachem Flourish Iron 4L Plant Fertiliser
Seachem Flourish Iron 4L Plant Fertiliser

Seachem Flourish Iron 4L Plant Fertiliser

(285 reviews)

Seachem - Flourish Iron is highly concentrated (10,000 mg/L) ferrous iron gluconate supplement. Contains no phosphate or nitrate. Plants are able to much more easily derive a benefit from Flourish Ironthan from EDTA-iron sources because all EDTA iron is in the ferric (Fe+3) state. Since plants require iron in the ferrous (Fe+2) state, additional physiological energy must be expended in order to extract the ferric iron from EDTA-iron and then convert it to the ferrous form.

Seachem - Flourish Iron is highly concentrated (10,000 mg/L) ferrous iron gluconate supplement. Contains no phosphate or nitrate. Plants are able to much more easily derive a benefit from Flourish Ironthan from EDTA-iron sources because all EDTA iron is in the ferric (Fe+3) state. Since plants require iron in the ferrous (Fe+2) state, additional physiological energy must be expended in order to extract the ferric iron from EDTA-iron and then convert it to the ferrous form.

$93.00 - $187.00

in 11 offers

Seachem Flourish Iron 4L Plant Fertiliser

$93.00

(285 reviews)

Seachem - Flourish Iron is highly concentrated (10,000 mg/L) ferrous iron gluconate supplement. Contains no phosphate or nitrate. Plants are able to much more easily derive a benefit from Flourish Ironthan from EDTA-iron sources because all EDTA iron is in the ferric (Fe+3) state. Since plants require iron in the ferrous (Fe+2) state, additional physiological energy must be expended in order to extract the ferric iron from EDTA-iron and then convert it to the ferrous form.

Seachem - Flourish Iron is highly concentrated (10,000 mg/L) ferrous iron gluconate supplement. Contains no phosphate or nitrate. Plants are able to much more easily derive a benefit from Flourish Ironthan from EDTA-iron sources because all EDTA iron is in the ferric (Fe+3) state. Since plants require iron in the ferrous (Fe+2) state, additional physiological energy must be expended in order to extract the ferric iron from EDTA-iron and then convert it to the ferrous form.