wow thats a nice response
So it is great for a extremely quick absorbing foliar spray
with chelation properties.
ip6 is responsible for storage of minerals such as calcium,phosphorus,magnsium, potassium as phytase
Phytic acid has a strong binding affinity to important minerals, such as calcium, magnesium, iron, and zinc, although the binding of calcium with phytic acid is pH-dependent[18] and ascorbic acid (vitamin C) can reduce phytic acid's effect on iron.
phytic acid’s chelating ability is 2 ~ 8 times to EDTA
Phytic acid chelate , however, it’s pH value have a great affect to this chelating ability. For example, pH=2 is enough to chelate iron ion or cupric ion, but we need to adjust it’s pH to about 5 if we want to chelate calcium ions.
Compared to other chelate agents, it is distinctively effective in wider pH range
Besides this function, it is known to have strong pH buffer action
So it is great for a extremely quick absorbing foliar spray
with chelation properties.
ip6 is responsible for storage of minerals such as calcium,phosphorus,magnsium, potassium as phytase
Phytic acid has a strong binding affinity to important minerals, such as calcium, magnesium, iron, and zinc, although the binding of calcium with phytic acid is pH-dependent[18] and ascorbic acid (vitamin C) can reduce phytic acid's effect on iron.
phytic acid’s chelating ability is 2 ~ 8 times to EDTA
Phytic acid chelate , however, it’s pH value have a great affect to this chelating ability. For example, pH=2 is enough to chelate iron ion or cupric ion, but we need to adjust it’s pH to about 5 if we want to chelate calcium ions.
Compared to other chelate agents, it is distinctively effective in wider pH range
Besides this function, it is known to have strong pH buffer action