Other Products / Services #6325932

NEEM-F is an oil based formulation for control and prevention of fungal diseases such as sheath blight, anthracnose, black spot, powdery mildew and rust. Neem-F prevents fungal spores from penetrating plant tissue and slows the advance of fungal diseases.

Mode Of Action

• It has both antisporulent and a fungistatic action.
• The mycelial growth is arrested and sclerotial germination of causal organism is prevented. This results in reduced fungal growth and development, thus making the product effective for curative action.

Active IngredientsAzadirachtin, Salannin and Nimbin.

Special features

• Does not leave any residue in the soil, crop or the environment (highly bio-degradable).
• Reduces chances of cross-resistance by pathogens thus rendering it suitable for IPM programmes.
• Has a waiting period of O days for crop harvest after its spraying.
• ls an economical product for disease management.
• Can be used both as a preventive and a curative fungicide.
• ls safe for crops, the soil and the environment.
• ls atruly environmentfriendly product.

Application Guidelines

• The eniulsiliable concentrate can easily be diluted with water‘ to make a colloidal suspension which should be sprayed on the crop.
• Being oil based it is recommended that NEEM- F be diluted with water in a separate container befo refilling into spray pump.
• In order to avoid clogging of spray pumps, do not leave any left over mixture in it. Mix a fresh batch for each application.
• In case of rain after spraying of NEEM-F, re-apply the dose.
• As NEEM-F is photodegradable it is advisable to spray the mixture during evening hours.
• For 100% organic NEEM-F the natural emulsier is sold separately and can be mixed with water along with NEEM-F.

Packaging

• 1000 litre tank
• 200 litre barrel
• 5 litre carboy
• 1 litre plastic bottle
• 500 ml. plastic bottle

Storage

• Store in a cool, dry place
• away from direct sunlight

Trichoderma harzianum (2 x 10” cfu/g min.) is an antagonistic fungus that is capable of hyperparasitizing pathogenic fungi. Its importance as a biocontrol agent is because it is able to ttack a large variety of phytopathogenic fungi responsible for major crop diseases, such as: Botrytis, Fusarium and Penicillium sp., R. solani, S.rolfsii and Phythium aphanidermatum. T-harz produces various metabolites such as several lytic enzymes, including a [3-1, 3-glucanase, and antibiotics which control disease causing microbes. In addition it stimulates plant defense mechanisms. 
T-harz increases the rate of plant growth and development by developing more roots which help the crops to become more resistant to drought. T-harz has an additional benet of being able to solubilise phosphates and micronutrients.

Packaging

• 500gm LDPE bag
• 1 kg LDPE bag

Psedodomonas fluorescens (2 x 10” cfu/g min.) is a rhizosphere bacteria which protects plant roots against parasitic fungi such as Fusarium or Pythium as well as certain phytophagaous nematodes such as Meloidogynesps.
Fungi such as alternaria cajani and curvularia lunata grow on plant surfaces causing disease and death of plants. Plant treatment with Pseudomonas fluorescens can limit these fungi from growing and prospering. It is non-specic in its ability to protect plants and, once established, it works against several different pathogens while inducing systemic resistance in the host plant. Production of secondary metabolites plays an important role in plant disease suppression and PF produces substances like 2, 4-diacetylphloroglucinol, which is responsible for the anti-phytopathegenic and the biocontrol properties of PF.
PF aggressively colonises the roots of the crop and suppresses disease by inhibiting phytopathogens in the soil or on the roots by competition and/or antagonism. It has shown potential benets in bio-remediation against several strains of plant pathogens.

Paecilomyces lilacinus (2 X 108 ¢lU/8m- mlmmum) (Mother culture: Indian Institute of Horticultural Research, Bangalore) Talc based Formulation.
Paecilomyces lilacinus has been one of the principal genera of importance in bio-control studies in recent years. Paecilomyces lilacinus, a bio-control fungus, protects the root system against diseases caused by plant parasitic nematodes, specifically root-knot nematodes (Meloidogyne spp.), reniform nematodes (Rotylenchulus reniformis), burrowing nematodes (Radopholus similes) and citrus nematodes (Tylenchulus semipenetrans). These nematodes infect agricultural and horticultural crops of economic importance. This bio-agent colonizes the root surface and is an antagonistic fungus, strongly parasitic to eggs and egg-masses of plant parastic nematodes. BIONICONEMA can destroy upto 90% of eggs and 75%-80% of egg- masses of nematodes. Therefore, after one tor two applications, you observe a plummeting fall in the nematode population. This is because few eggs survive to hatch new generations.

Packaging

• 500gm LDPE bag
• 1 kg LDPE bag

BIO ORGO represents a Formidable advance in harnessing bio-chemical growth stimulants for the benefit of agriculture, floriculure and horticulture. it beneft micronutrients provide ready bio-availability of these vital elements to the growing plantfor better yield. Amino acids and peptides provide ready nutrition to microorganisms inducting more of Nitrogen fixation and Phosphorus solubilization. A Potash rich formulation is a good source for improving  crop quality. Presence of natural PGR in the formulation available during the early stages of plant growth (before it is able to produce its own supply), also helps to develop healthy crop-stand on the eld. All these factors result in a stout plant which resists insect-pests and diseases, early crop maturity, improved crop quality and higher yield. Fruit and vegetable crops when grown with BIO ORGO have shown improved fruit set and retention. For example, tomatoes and watermelons have a higher content of soluble solids. Onions can maintain their quality over a longer period. As for roses (especially the hybrid variety), the Planl has bearing with biggerflowersize than normal.

Packaging

• 1000 litre tank
• 200 litre barrel
• 5 litre carboy
• 1 litre plastic bottle
• 500 ml. plastic bottle

Trichoderma viride (2 x 10” cfu/gm. Minimum) Talc based formulation. Trichoderma viride is an antagonistic fungal organism present in the soil and is highly effective for the control of seed and soil borne diseases of a. majority of economically important crops, especially pulses and oil seeds.
This bio control agent when applied along with seed, colonizes the seed and multiplies on its surface. It kills not only the pathogens present on the surface of the seed but also gives protection against soil borne pathogens through the life of the crop by action of mycoparasitism and antibiosis. Seed treatment with Trichoderma viride has registered higher germination in a number of studies and was at par with “ Captan". It is effective for control of soil borne diseases caused by Rhizoctonia solani, Macrophomina phaseolina and Fusarium spp; and is a very important weapon against diseases such as root rot, seedling diseases, charcoal rot, wilt, damping- off, collar rot, etc. The potential of Trichoderma viride in managing soil borne pathogens has been demonstrated in many crop diseases like seedling disease of cotton (Ramakrishna and Jeyarajan, 1986; Aagarsamy et al., 1987a and b) root rot of soyabean (Jharia and Khare-1986), root rot of Cowpea (Alagarasami Shivaprakasam. 1988), charcoal rot of sorghum (Sekhar and Analosur, 1986) and root rot of mung bean caused by Macrophomina phaseolina (Samiyyapan et. al, 1987).
NICODERMA may also serve plants as a biofertilizer due to its Phophorus solubilizing activity and its ability to decompose organic matter into growth promotary humic matter, resulting in increased availability of micro nutrients to plants.

Packaging

• 500g LDPE bag
• 1 kg LDPE bag

A granular product based on a specialized plant extract, rich in amino acids, humic acid and growth promoting substances as well as organically chelated  macro and micro nutrients.

Mode of Action

• The growth promoting substances present in ORGOZYME are gradually released to the plant resulting in steady growth of the plant.
• Its application increases the activity of rhizosphere microbes as the product is rich in amino acids, peptides and micronutrients, especially Fe and Zn.
• Rhizosphere microorganisms induce Nitrogen fixation and Phosphorus solubilization.
• Humic acid chelated micro nutrients like Fe and Zn are readily available to the plants which results in increased productivity and improved quality of cereals, vegetables, fruits, flowering plants, cotton, sugarcane, tobacco and other crops.
• Being rich in potassium, it imparts resistance to plant against abiotic and biotic stresses.

Special Features

• A ready to use granulated product which can be applied in nurseries as well as field crops.
• It can be applied with most pesticides and chemical fertilizers.
• Safe for crops, the soil and the environment.

Application Guidelines

• In a nursery: Apply @ 125 kg/hectare 10-15 days after germination.
• In eld crops: Apply @ 20 kg/ hectare at 30 and 60 days of crop growth.

Packaging

• 25 kg HDPE bags
• 4 kg HDPE bags
• 8 kg Plastic Bucket

Numerous studies have shown Karanj oil to prevent many pests from feeding and laying eggs and to kill pests such as mites, aphids and leafminer larvae. It shows excellent efficacy as a stored grain protectant and is known to act synergistically with Neem. Karanj oil may also be used as a base for blending other botanicals to provide a broad spectrum of pesticidal activity. The active ingredient, karanjin, is known for its outstanding anti-fungal activity. Karanj oil also contains several fatty acids which help increase soil quality.
Karanj oil has shown strong control of Aphids in several university trials. The oil has a high content of triglycerides, and its disagreeable taste and odor are due to bitter flavonoid constituents, pongamin and karanjin, which stimulate plant immune function. It lasts longer on plants than other botanical insecticides. Furthermore, Karanj, makmgiteasy omix Karanj Cake is an excellent organic fertiliser, being a rich source of organic matter and helping alleviate soil health and boost productivity. Can be used as a ingredient in ‘organic' NPK blends: When mixed with NPK fertiliser complexes, Karanj acts as an excellent source of organic matter, helping increase plant nutrient uptake and improve soil characteristics. Karanj also has proven nematicidal properties.

A novel granular pesticide of botanical origin, used for the control of soil borne pests including nematodes. It i5 recommended for soil application. The active ingredients include a careful blend of neem seed constituents collectively called neem bitters. They are coated or absorbed on to a selective carrier material of agricultural origin, so that the persistency and stability of the active compound is enhanced in this medium. The mode of action is both systemic and contact type.

Advantages

• Can be used as a substitute for Methyl Bromide for nematode management.
• Can be used as a component in Integrated Pest Management(PM).
• Ready to use. (No mixing required!)
• Safer to handle as particles settle quickly and there IS no spraying.
• Q Requires simple application equipment, such as seeders or fertilizer spreaders.
• Moe persistent than wettable powders (WPs) or emulsifiable concentrates (ECs).
• The chemical pesticide Carbofuran is widely used to control nematodes. However, Carboturan has a very short effective period, moreover it is banned in many countries because of its adverse effect on the environmentand its inherenttoxicity.

Details

• A botanicai pesticide, NEEMATE-10G is free from the toxicity of Carbofuran.
• Comparative bio-efficacy of NEEMATE-1 OG and Carboturan for control of root-knot nematode in chick pea (3 years mean).

N-GUARD is a unique oleoresin formulation based on a blend of five different natural materials, including biologicals. It helps maximize the Nitrogen Use Efficiency of nitrogenous fertilizers like Urea, while minimizingthe loss of Nitrogen by virtually eliminating the risk of volatility, nitrification and leaching. The Epinimbin in N-GUARD has maximum nitrication inhibition potency followed by Desacetylnimbin, Salannin, Desacetylsalannin, Azadirachtin and Nimbin.
A large percentage of the Nitrogen in nitrogenous fertilizers such as Urea is lost due to the action of nitrifying bacteria and ammonification This leads to ow fertilizer use efficiency and also proves to be an environmental hazard because of nitrate leaching.

What happens to Nitrogen post-application?

• When Urea is applied to the soil only approximately 33% is actually utilized by the plant. Once applied, Urea hydrolyses rapidly to Ammonium Carbonate. This Ammonical form of Nitrogen is subsequently converted to Nitrite (NO2)and then to Nitrate(NO3) by the action of nitrifying bacteria viz. Nitrosomonas and Nitrobacter respectively. The processes of hydrolysis and nitrication of Urea "fertilizer is, to a large extent, completed in about 15-20 clays under conducive agro-climatic conditions, 51, -‘Ce tha duration of most cultivated crops extends beygnd 9O_ 100 days, nitrates formed as a result of the relatively rapid hydrolysis and nitrification of Urea - being highiy soluble and in excess of the limited quantities required by crops at their early stages of growth - are liable to leach beyond the active root zone.
• Therefore, apart from being directly responsible for a huge monetary loss, it is also an underground environmental hazard through nitrate leaching and ammonification. This gives rise to ground water contamination which poses a serious threat to the environment and human health. This problem can be considerably alleviated by treating such nitrogen fertilizers  with N-GUARD.
• In order to ensure the continuous and optimal supply of Nitrogen to match the requirements of crOP5 at different stages of growth it is necessary t0 Iegulate the Nitrogen Supply to crops by slowing " the late of hYdF0lysis or nitrification or both.
• The antibacterial properties of Neem have been found to help nitrification inhibition. We significance of Neem in increasing fertilizer Nitrogen efficiency has been studied extensively. Results of the effect of Neem coating or blending of prilled Urea are available from a large nurnber of experiments on several crops. Experiments on rice, in which losses of nitrogen are reported to be the most, reveal that the increase in rice yield due to Neem coating/blending of prilled urea ranged from 0.9% to 54.2%.

Packaging

• 1000 litre tank
• 200 litre barrel
• 5 litre carboy
• 1 litre plastic bottle
• 500 ml. plastic bottle

A carefully researched biological concentrate, which can be readily diluted with water in a homogeneous, emulsifiable form ready for foliage spray in agriculture and horticulture crops. NICO PLUS contains fatty alcohol, bio stimulants and other growth factors having higher absorption capacity through foliage. It enhances growth in a natural way that allows plants to make better use of available moisture and plant nutrients. It also increases cell division and enlargement which can lead to better quality products. It provides the strength to withstand abiotic and biotic stresses like drought and diseases. It also reduces immature flower/ fruit dropping. NICO PLUS increases the photosynthetic rate and the rate of translocation in a crop plant, thus improving its harvest index. lt should be applied early in plant ontogeny to get the maximum effect. NICO PLUS exhibits higher chlorophyll content. It yields higher numbers of transplantable seedlings while maintaining the same degree of seedling greenness.

Dosage

• Mix 5 ml per litre of water.
• 1st Spray : 30-35 days after sowing.
• 2nd Spray : 55-60 days after sowing or at the onset of flowering.
• Typically 400-600  of spray soiution is required per ha.

Packaging

• 1000 litre tank
• 200 litre barrel
• 5 litre carboy
• 1 litre plastic bottle
• 500 ml. plastic bottle