Celltiliser ( For Optimising Cell Performance )

Celltiliser Crystal

For Optimizing Generative Process

Carbontiliser The Most Complete Nutrient
Micro Carbon Fertilizer
The new innovation in micro carbon fertilizer
enriched with macro, micro and trace elements
to solve global soil problems.

We Provide Kieserite Fertilizer for your agriculture needs.

Magnesium (Mg)
Magnesium is an essential element throughout the whole growth period of a plant. Magnesium fulfills several functions within the plant; it is a central component of chlorophyll which is supporting the function to absorb sunlight during photosynthesis. Magnesium acts as a phosphorus carrier in plants and is essential for phosphate metabolism.
Furthermore, it is also needed for cell division and protein formation, activation of several enzyme systems and is an essential component for plant respiration. In short, without magnesium, chlorophyll cannot capture solar energy for photosynthesis and the important metabolic functions related to carbohydrates and cell membrane stabilization cannot be performed by the plant. Soil is a major source of nutrients needed by plants for growth and Magnesium has an important role in maintaining soil structure.

What are the signs of magnesium deficiencies?
Magnesium deficiency commonly occurs in intensively used agricultural soils, but it can also be caused by weathering of soil. It is often seen in sandy, strongly leached and acid soils.

It is not easy to recognize Mg deficiency based on the symptoms. Due to its mobility within the plant, Mg deficiency symptoms will appear on the lower and older leaves first, before the symptoms become visible on the younger leaves. Common deficiency symptoms include:
slow growth and leaves to turn yellow, especially on the outer edges, which then develop interveinal chlorosis
newly growing leaves may become yellow with dark spots
purple or reddish spots on the leaves
The visibility of symptoms is also often related to the amount of light the leaves or plant is exposed to. Plant or leaves exposed to high light intensity will show more symptoms than others.

Role of magnesium fertilizers in agriculture
1. Replace or make effective use of inorganic and chemical fertilizers.
2. Wild grains free.
3. Destructive pathogens and parasites free.
4. Damage and chemical burn free.
5. Increase soil microbes.
6. Improve soil structure so as to facilitate soil cultivation.
7. Improve PH (Neutralization).
8. Increase plant resistance to disease and erosion.
9. Plants away from pests / fungi.
10. Plants do not rot quickly.
11. Full grains.
12. Increase production.
13. Save cost and effort.
14. Easy to use, without the side effects of excessive use.

General Characteristics:

1. It is a highly rich component in Potassium phosphite, which due to its delicate composition is easily absorbed by the leaves and root, and distributed systemically, by phloem and xylem.
2. Stimulates plants to express their full genetic potential, accompanying the overcoming of all kinds of stress
3. It is a natural stimulator defense system acquired by plants, which through biochemical reactions achieve the maximum expression of genetic potential in every situation: 1. - Improving agronomic variables of N° of leaves, photosynthetic performance, root density, cell wall thickening. 2- activating the phytoalexins production and hydrolytic enzymes. 3- by intervening directly in the metabolism of the pathogen ( the phosphite itself is a potent bactericidal and fungicidal).

Usage:

Early vegetative: added to any type of herbicide, insecticide and / or fungicide, with the aim of increase the production of lignin, increase the production of root hairs and photosynthetic capacity, reduce the inoculum source of disease, increase the SAP flow, which means the crop is more vigorous, better healing after insect attack, delay bacterial and fungal attack, increased tolerance to environmental stress and water

Early reproductive state: As in vegetative, further enhancing the effect of the fungicide translocation, reinforcing the effect "destination", thus a better fruit set of flowers and fruits, less severe disease and higher than 1000 grain weight

Phostron K

- Can be applied alone or with any product
- Can be used in any crop without restriction
- Can be applied with a silicone adjuvant

Product code: CXHA-HA-P
Humic acid is a permanent humic substance and cannot be degraded that fast by the microorganisms of the soil. It is an ideal additive to boost the bio-activity and improve the performance of compost or composited fertilizer.

Typical Analysis:
Appearance Black Powder
Humic acid (dry basis) 70.0%min
Moisture 18.0%min
pH 4.0-6.0
Conductivity 0.69Ms/Cm
Sieve residue (0.5mm) 5.0%max

Function & Benefits:
1. Improve the structure of soil; increase the buffering power of the soil.
In light and sandy soils, humic acid increase the cation exchange capability to retain nutrients and water, importantly to magnify the ability of root to take up nutrients. In heavy and compact soils, working with fungi to create a crumb structure for better water oxygen and nutrients intake and improved root penetration.

2. Neutralize both acid and alkaline soil; regulate the pH-value of soil.
Under alkaline conditions, humic acid can buffer the pH and convert the nutrients and trace elements into absorbable form and promote their uptake by the roots, as under high pH value many essential nutrients and trace element are not in plant-available form.
In acidic soil, it can largely reduce the toxins such as the ally aluminum and heavy metals, which will be bonded firmly and immobilized by humic acid, thus their toxicity is reduced and phosphate is bonded by aluminum is released.
Salinalised oil: Salts are split up by the high cation exchange capability cation (eg.Ca, Mg) are bonded and chelated. The high osmotic pressure within the root area is largely reduced.

3. Stimulate plant growth, increase the yield and quality.
Stimulate the membrane of seeds as well as the metabolic activities and thereby increase the germination rate. Increase the capacity of root to take up nutrients (N, P, K + Fe, Zn and other trace elements) as these elements is easier to be converted into forms available to plants. Accordingly, the yield will be increased up to 30%. Enhanced cell assimilation as well as photosynthesis increase the plant's sugar and vitamin content.

4. Reducing nitrate leaking into the groundwater.
Humic acid binds the nitrate and keep it around the root zone, in this way drinking water is better preserved.

5. Increase the effectiveness of herbicide pesticide and fungicide, immobilize or reduce their harmful residues.
Direction for use:
Soil application: Used as base fertilizer 50-100kgs per crop season.
Mix additive: 30-60kgs per ton of composite.





Package:
Woven bags with line 25kgs net weight, also can satisfy customers' requirement.

Boron Ethanolamine 10%

DyBor is a liquid fertilizer carrier of boron (B) in the form of boron ethanolamine which provides and maintains the levels of boron. DyBor is readily absorbed through plant leaves, shoots, roots and reproductive structures. The product is concentrated and only a small amount is needed. When properly used, it promotes greater crop health and higher yields whenever boron availability is limiting crop performance. It is particularly suitable both for foliar and root applications


Composition:

Boron (as B) per cent by weight, minimum

10%

pH

8.5 +/-

Lead (as Pb) per cent by weight maximum

0.003%

Arsenic (as As) per cent by weight maximum

0.01%

Cadmium (as Cd) per cent by weight maximum

0.0025%

Benefits:

Recommended for the preventive and curative control of insufficiency due to deficiency or poor assimilation of Boron.

Essential in the activity growing regions of plants, such as root tips, and leaf and bud development.

Required in large amount during reproductive stage of plant also the production of pollen and fertilization.

Promotes calcium mobility and assimilation particularly in the binding of calcium to form cell walls and membranes of plant.

Increases sugar transports by photosynthesis in mature plant leaves to actively in developing fruits.

Plays an important role in regulating hormone levels in plants for Flower initiation, fruit development, cell wall and tissue formation, and root elongation.

Recommended for Some crop-specific boron deficiency symptoms include crooked stem in celery, hollow heart in peanut, corky core in apple, rosetting (terminal bud dieback) in alfalfa and cotton and heart rot in sugar beet.

Dosage & Application :

1. Crop

Cereals, pulses & oilseeds

ml / litter of water - 1 to 1.5

Time of application - First spray at 35-40 days after sowing/transplanting. And the second spray 15 days later. If required, give third spray 15 days later

2 . Crop

Commercial crops & Vegetable crops

ml / litter of water -2

Time of application - First spray at 45-50 days after planting/sowing with 1-2 follow up sprays at 15 days interval

3 .Crop

Plantation Crops

ml / litter of water - 2.5

Time of application - First spray during May with 1-2 follow up sprays at 15 days interval. If there is a break in monsoon, apply once.

echnical indicators:
Nitrogen 120g / L Organic matter 200g / L Compound amino acid 100g / L Boron 0.5g / L Zinc 0.5g / L Iron 1g / L

Product performance:
This product is the use of the latest scientific research results developed from the quick rooting agent. The organic active substances and rooting factors, which are rich in living soil, chelate the nutrient elements and amino acids needed for the growth of various crops. After use, it can stimulate the cell division and elongation, activate the activity of the mesenchymal cells and promote the seed germination and root growth, To promote early rooting, fast rooting, more rooting.