Soluble Boron

Product Overview

We are offering to our valuable customers a wide range of Soluble Boron . Boron plays a very crucial role in the plant cell as it is mostly bound to sugars and its function in plants are largely related to lignification and differentiation of xylem tissues. Hence this nutrient is directly associated with growth of a plant as well as indirect distribution of other nutrients to different plant parts. this is more reliable and durable in nature and also huge demand in market. customers can be easily grabbed this product from the market at reasonable prices. UTILITY OF BORON * Boron induces lateral shoot growth of plants, ultimately increasing the yield. In addition it increases the dry matter content of leaves. * Boron increases the tenacity of the leaves and increases the stability of the cell wall. * Boron facilitates sugar translocation by forming a sugar-borate complex. If boron deficiency crops up, assimilates formed in the photosynthesizing leaves are poorly translocated causing sugar deficiency in the meristamatic tissue due to which the plants become stunted.

2025nd Year

Contact Person

12/A, Room No-6, 2nd floor, Netaji Subhas Road,

Product Description

We are offering to our valuable customers a wide range of Soluble Boron . Boron plays a very crucial role in the plant cell as it is mostly bound to sugars and its function in plants are largely related to lignification and differentiation of xylem tissues. Hence this nutrient is directly associated with growth of a plant as well as indirect distribution of other nutrients to different plant parts. this is more reliable and durable in nature and also huge demand in market. customers can be easily grabbed this product from the market at reasonable prices. UTILITY OF BORON * Boron induces lateral shoot growth of plants, ultimately increasing the yield. In addition it increases the dry matter content of leaves. * Boron increases the tenacity of the leaves and increases the stability of the cell wall. * Boron facilitates sugar translocation by forming a sugar-borate complex. If boron deficiency crops up, assimilates formed in the photosynthesizing leaves are poorly translocated causing sugar deficiency in the meristamatic tissue due to which the plants become stunted.