Total Agri Care Concern Private Limited

Chelated iron is completely soluble in water & facilitates easy application to the foliage ensuring rapid and quick absorption without any loss of nutrient. It is more efficient than other ferrous compounds.

Product Code:

Ferral-C

“NEW CONCEPT – ZINC IN LIMELIGHT- BEING FED TO CROPS IN A NEW FORM –A STRONG BONDED CHELATED FORM”.
All crops require a balanced dose of each and every micronutrient. Amongst all nutrients zinc is an indispensable micronutrient for optimum plant growth and development. On an average more than 50% of the Indian soils are deficient in Zinc. Zinc can also play a major role in limiting uptake of other plant nutrients when there is deficiency both in the soil strata as well as in the plant system resulting in a drastic drop of yield.
ROLE OF ZINC:

• One of the transition elements, zinc regulates certain enzyme functions.
• Zinc is closely associated with nitrogen metabolism.
• It is linked with activation of certain amino acids and
• Zinc is related with starch formation.

REASONS FOR ZINC DEFICIENCY:
Plant nutrient deficiency occurs mainly due to:

• Intensive cropping.
• Due to leaching and fixation of nutrients in the soil strata.
• High organic matter and clay content in some soils where suppression of uptake of Zinc takes place.
• Newly formed and acidic soils also hamper uptake of Zinc.
• Application of major nutrients in huge quantities also inhibit uptake of Zinc resulting in expression of deficiency by a crop.

SYMPTOMS OF ZINC DEFICIENCY:
The initial symptom of zinc deficiency is discoloration of foliage resulting in pale and yellow patches randomly present through the field. In due course, mottling and browning of leaf margin inwards takes place followed by stunting of individual plants giving a bushy look with a rosette appearance to the crop. In case of extreme deficiency, general growth of plant is severely restricted with heavy loss in foliage leaving behind dead and bare twigs.

Product Code:

Zincum-C

“New concept – Zinc in Limelight – Being fed to crops in a new form – A strong bonded chelated form”
All crops require a balanced dose of each and every micro nutrient. Amongst all nutrients is an indispensable micro nutrients for optimum plant and development. On an average more than 50% of the Indian soil are deficit in Zinc. Zinc can also play a major role in limiting uptake of other plant nutrients when there is deficiency both in the soil strata as well as plant system resulting in drastic drop of yield.
Role of Zinc

• One of the transition elements, zinc regulates certain enzyme functions.
• Zinc is closely associated with nitrogen metabolism.
• It is linked with activation of certain amino acids
• Zinc is related with starch formation

Reasons for Zinc Deficiency
Plan nutrient deficiency occurs mainly due to:

• Intensive cropping
• Due to leaching and fixation of nutrients in the soil strata.
• High organic matter and clay content in some soils where suppression of uptake of Zinc takes place.
• Newly formed and acidic soils also hamper uptake of Zinc.
• Application of major nutrients in huge quantities also inhibit uptake of Zinc resulting in expression of deficiency by a crop.

Symptoms of Zinc Deficiency
The initial symptom of zinc deficiency is discoloration of foliage resulting in pale yellow patches randomly present through out the field. In due course, mottling and browning of leaf margin inward takes place followed by stunning of individual plants giving a bushy look with a rosette appearance to the crop. In case of extreme deficiency, general growth of plant is severely restricted with heavy loss in foliage leaving behind dead and bare twigs.

Product Code:

Zinc-Sumo

All crops require a balanced dose of each and every chelated micronutrients. Amongst all nutrients zinc is an indispensable micronutrient for optimum plant growth and development. On an average more than 50% of the Indian soils are deficient in Zinc. Zinc can also play a major role in limiting uptake of other plant nutrients when there is deficiency both in the soil strata as well as in the plant system resulting in a drastic drop of yield.
ROLE OF ZINC:

• One of the transition elements, zinc regulates certain enzyme functions.
• Zinc is closely associated with nitrogen metabolism.
• It is linked with activation of certain amino acids and
• Zinc is related with starch formation.

REASONS FOR ZINC DEFICIENCY:
Plant nutrient deficiency occurs mainly due to:

• Intensive cropping.
• Due to leaching and fixation of nutrients in the soil strata.
• High organic matter and clay content in some soils where suppression of uptake of Zinc takes place.
• Newly formed and acidic soils also hamper uptake of Zinc.
• Application of major nutrients in huge quantities also inhibit uptake of Zinc resulting in expression of deficiency by a crop.

SYMPTOMS OF ZINC DEFICIENCY:
The initial symptom of zinc deficiency is discolouration of foliage resulting in pale and yellow patches randomly present thought the field. In due course, mottling and browning of leaf margin inwards takes place followed by stunting of individual plants giving a bushy look with a rosette appearance to the crop. In case of extreme deficiency, general growth of plant is severely restricted with heavy loss in foliage leaving behind dead and bare twigs.

Product Code:

Fenazin

We offer Sodium Tetraborate Decahydrate (Borax) for tea plant.

• It is the crude form of Boron in small granules containing 10.5% B generally known as Borax.
• Lithobar is required in desired quantity and now redefined to be soluble in normal water.
• It can be applied in soil or as foliar spray.
• Lithobar in required quantity will rectify the Boron deficiencies of the Tea plants and ensure more qualitative production.
• Dose : i) 15-20 Kg/Ha for soil application
  ii) 5-6 gms / liter of water for foliar application
• Pack Size – 1 Kg. and 25 Kg.

Product Code:

Lithobor

With respect to all chelated micronutrients 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.
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.
• Boron is involved in the synthesis of nucleic acids and plays a role in N-base utilization and hence RNA metabolism.
• Boron is essential for the formation of protein.
• Boron is also associated with the formation and spreading of roots.

REASONS FOR BORON DEFICIENCY:

• Degradation of the soil with respect to organic matter, due to high cropping intensity.
• Increase in the acidity status of a soil and porous nature of soil.
• Application of high dose of nitrogen and potassium containing fertilizers.
• Incapability of nutrient holding by a soil either due to elevation or rainfall.

SYMPTOMS OF BORON DEFICIENCY:

• Abnormal/retarded growth of apical growing points. In severe cases shoot apices die.
• Youngest leaves are misshapen, wrinkled and are often thicker turning dark green.
• Axillary buds abort and cluster of small shoots (resetting) appear at the axils.


• Cork formation on upper side of the leaf stalk, which possibly relate to the association of boron with pectic materials in the cell wall.

Product Code:

Total-B-20