1L Foliar Boron

• Boron is actively involved in the transport of
  sugars across cell walls and the synthesis of
  cell wall material. Because of the impact on cell
  development, Boron deficiencies will retard new
  growth and development.
• Boron deficiency affects a range of crops
  including root crops, oil seeds, cotton, vines, field
  brassicas and other vegetables. The primary
  factors affecting boron availability are soil pH and
  soil moisture. Crop production on dry soils with
  pH >6.5 should be identified as being at greatest
  risk of boron deficiency.
• Boron deficiency will cause brittle leaves in
  sorghum, brassica and sugar beet crops. Cotton is
  also very susceptible to boron deficiency causing
  distorted flowers leading to flower and boll
  shedding in severe cases.
• Pollination is greatly influenced by boron
  availability. Sufficient boron is required for pollen
  producing capacity and pollen grain viability.
  Grapes particularly require adequate boron if
  impaired fertilisation is to be avoided.
• Fully water soluble solution fertiliser containing
  nitrogen and boron.

Nitrogen – 4.8wt/wt*%

Boron – 11 wt/wt*%