Max Boron (20 % CHELATED FORM)

Max Boron (20 % CHELATED FORM)

115.00455.00

Multimol Boron 20% (D.O.T) which contains Disodium Octoborate Tetra hydrate Water Soluble Boron (B) 20% min and is used for development of roots, pollen germination, fruits growth, carbohydrate metabolism and protein synthesis it reduces the deficiency of boron in soil, crop thereby increasing the yield.

Benefits :

  1. Boron induces lateral shoot growth of plants, ultimately increasing the yield. In addition it increases the dry matter content of loaves.
  2. Boron increases the tenacity of the leaves and increases the stability of the cell wall.
  3. Boron Facilitates sugar translocation by forming a sugar borate complex. If boron deficiency crops up, assimilates formed in the photosynthesizing leaves are poorly translocate causing sugar deficiency in the meristamatic tissue due to which the plants become stunted.
  4. Boron is involved in the synthesis of nucleic acids and plays a role in N-base utilization and hence RNA metabolism.
  5. Boron is essential for the formation of protein.
  6. Boron is also associated with the formation and spreading of roots.

 

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Description

MAX BORON (20 % CHELATED FORM)

We offer accurately formulated Multimol Boron 20% (D.O.T) which contains Disodium Octoborate Tetra hydrate Water Soluble Boron (B) 20% min and is used for development of roots, pollen germination, fruits growth, carbohydrate metabolism and protein synthesis it reduces the deficiency of boron in soil, crop thereby increasing the yield.

Benefits :

  1. Boron induces lateral shoot growth of plants, ultimately increasing the yield. In addition it increases the dry matter content of loaves.
  2. Boron increases the tenacity of the leaves and increases the stability of the cell wall.
  3. Boron Facilitates sugar translocation by forming a sugar borate complex. If boron deficiency crops up, assimilates formed in the photosynthesizing leaves are poorly translocate causing sugar deficiency in the meristamatic tissue due to which the plants become stunted.
  4. Boron is involved in the synthesis of nucleic acids and plays a role in N-base utilization and hence RNA metabolism.
  5. Boron is essential for the formation of protein.
  6. Boron is also associated with the formation and spreading of roots.

 Dosage : Foliar application 200 gms of Max Boron for 150 Litre of water for 01 acre.

Additional information

quantity-carrier

100 G, 200 G, 500 G

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