Sim Organics: Leading Manufacturer of New Generation Bio-Fertilizers

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What is SIM Organics?

SIM Organics is a major New Generation Bio-Fertilizers company (Liquid and carrier-based). They have a cutting-edge facility for bio-fertilizer production (microorganism-based fertilizers such as Rhizobium, Azotobacter, Azospirillum, BSB, and KMB Cultures) as well as a quality control laboratory. These items are made with top-quality raw ingredients by international quality standards and FCO guidelines. Their quality and management system has been certified by ISO 9001:2015. Their products are best renowned for their efficiency and long-term ability to please clients (farmers). Because of their outstanding quality and high performance, their products are in high demand in local markets. They are selling them at the most reasonable cost possible.

Their service begins with the development of a relationship with the Farmers and the implementation of a focused and well-defined sales strategy with the brand name. SIM Organics is a well-known company in the world of agriculture.

Dr. M. Menaka Bharathidasan, Founder & CEO

Since its inception in 2020, Dr.M Menaka Bharathidasan has served as the CEO of SIM Organics. She manages a smart and dedicated team that provides comprehensive solutions to customers based on their particular and unique needs. She works closely with her team of professionals to listen, comprehend, and provide professional help to achieve mutual benefits. She is dedicated to improving their clients’ soil and increasing yield. She maintains her legacy with her R&D team to lead the global agriculture revolution with her focus and goal to increase food quality and supply, strengthen cultivation management, and raise awareness of environmental preservation.

Their Products

A) Azo-Plus

Azo-PLUS is a high-density formulation of Azospirillum spp. associative bacteria. In collaboration with plant roots, microorganisms digest atmospheric nitrogen for crop growth. Nitrogen is one of the most critical nutrients for agricultural, plantation, and other effective production.

The following are some of the benefits of utilizing Azo-plus:

 High capacity for nitrogen fixation (up to 30 kg/ha).

 Hormones are produced to help plants grow faster (root and shoot).

 Crop yield increases.

 Non-legumes such as grains, millets, sugarcane, vegetables, rubber, spices, medicinal and fragrant plants, and others are suitable.

Application:

Soil application; seed treatment; seedling therapy

B) Bio-plus

Bio-PLUS is a proprietary blend of free-living bacteria from the Azotobacter genus.

The following are some of the benefits of using Bio-plus:

 Fixes atmospheric nitrogen (20 to 30 kg/ha) for plant growth and development.

 To support healthy growth, it produces vitamins, nicotinic acid, pantothenic acid, biotin, hetroauxins, and gibberellins.

 Antibiotics and fungistatic are produced for effective soil cleaning against diseases.

 All crops and plants are suitable.

Application:

Treatment of seeds

C) Grow-Plus

Grow-PLUS is a microbe-based product that helps crops to solubilize a vital micronutrient called Zinc. Zinc is required by practically all crops, and a lack of it reduces the nutritious value of output. Zinc deficiency affects about half of all cultivable land used for grain production. Khaira in paddy is one of the most common illnesses caused by zinc deficiency; oftentimes there are no obvious symptoms, but yield loss can be as high as 40%.

The following are some of the benefits of utilizing Grow-plus:

 Even though just a little amount is necessary. The microbes in Grow-Plus solubilize the zinc that is accessible to plants.

 In extremely deficient soils, crop yields may increase by up to 40%.

 Crops have a higher nutritional value as a result of this.

 All grains and veggies are suitable.

Application:

Treatment of the soil

D) Phospho-Plus

Bacillus polymyxa, a Phosphate Solubilizing Microorganism, is found in high concentration in Phospho-PLUS.

After nitrogen, phosphorus is the second most essential nutrient for plants.

The following are some of the benefits of utilizing Phospho-plus:

 Aids in the conversion of insoluble inorganic phosphate into a simple and soluble form that plants may use.

 Increases the efficiency with which fertilizer is used.

 Mineralize organic phosphate molecules in manure and soils.

 Increases yield; increases grain, fruit, vegetable, and another produce size.

 All crops and plants are suitable.

Application:

Treatment of the soil

E) Potash-Plus

Potash-PLUS comprises microorganisms that are ideal for mobilizing Potash available for agricultural plants.

It is the third most critical nutrient for nearly all crop productivity.

The following are some of the benefits of utilizing Potash-plus:

 Increase the availability of potash in the soil for crop production.

 Increase the efficiency with which fertilizer is used.

 Enhances the quality of the product (color, shine, aroma, taste, shelf-life, etc.)

 Very useful for tea, grasses (lawns. golf-course), leafy vegetables, etc.

 All crops and plants are suitable.

Application:

Treatment of the soil

F) Rhizo-Plus

Rhizo-PLUS comprises extremely beneficial strains of RHIZOBIUM spp., a widespread soil microbe.

Rhizo-PLUS offers unique benefits for all legumes since it fixes atmospheric nitrogen in a symbiotic relationship with legume roots.

We offer Separate for Mutation of different legume crops since Rhizobium spp. microorganisms are crop-specific.

The following are some of the benefits of utilizing Rhizo-plus:

 It can help with nitrogen fixation in the range of 25 to 50 kg N/ha.

 Converts Tryptophane (10 Indole Acetic Acid) from legume roots (IAA).

 Seed germination and root growth are aided by IAA.

 Pulses, groundnut, soybean, berseem, lucerne, beans, green pea, and other legume crops are all suitable.

Application:

Treatment of seeds

Industry Sustainable Agriculture
Website: https://simorganics.net/

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