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Home > Agrochemicals > Fertilizers (Find 24 items)

Fertilizers

Explore Comprehensive Fertilizer Chemicals Solutions! Browse an array of liquid fertilizer, organic fertilizer, and phosphorus fertilizer chemicals on ECHEMI, accessing CAS NO., property data, and SDS. Source raw chemicals for plant, starter, and lawn fertilizing from certified suppliers with detailed product information.

Urea

(57-13-6)
1) UREA, FCC is an odorless and colorless solid that is an important nitrogen-containing substance found in mammal urine.2) Urea has little or no nutritional value to monogastric mammals but Urea is used in sugar-free chewing gum to adjust the texture

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Ammonium sulfate

(7783-20-2)
manufacture of ammonia alum; in the manufacture of H2SO4 to free it from nitrogen oxides; analytical uses; freezing mixtures, flameproofing fabrics and paper; manufacture of viscose silk; tanning, galvanizing iron; in fractionation of proteins.The commercial grade is used as fertilizer.

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Potassium chloride

(7447-40-7)
It is used in the manufacture of potassium salts such as potassium carbonate, G salt and reactive dyes, used in photography, electroplating, steel heat treatment, and also used as a flame suppressant as a substitute for salt to reduce the adverse effects of excessive sodium content on the body. China stipulates that it can be used for low-sodium salt, the maximum use amount is 350g/kg, the maximum use amount in low-sodium salt soy sauce is 60g/kg; the maximum use amount in sports drinks is 0.2g/

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Ammonium bicarbonate

(1066-33-7)
In baking powder formulations, in cooling baths, in fire extinguishers, manufacture porous plastics, ceramics, manufacture dyes, pigments, in compost heaps to accelerate decompn, as fertilizer, for defatting textiles, in cold wave solns, in chrome leather tanning, to remove gypsum from heat exchanges and other processing equipment.

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Diammonium hydrogen phosphate

(7783-28-0)
Fireproofing textiles, paper, wood, and vegetable fibers; impregnating lamp wicks; preventing afterglow in matches; flux for soldering tin, copper, brass, and zinc; purifying sugar; in yeast cultures; in dentifrices; in corrosion inhibitors; in fertilizers.

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Ammonium dihydrogen phosphate

(7722-76-1)
It is mainly used to prepare compound fertilizers, and can also be directly applied to farmland; as analytical reagents and buffers; in the food industry as leavening agents, dough regulators, yeast foods, brewing fermentation aids, and buffers. Also used as an animal feed additive. It is a high-efficiency nitrogen and phosphorus compound fertilizer. It can be used as a fire retardant for wood, paper and fabric, a dispersant for fiber processing and dye industry, a glaze for enamel, a compoundin

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Potassium sulfate

(7778-80-5)
Used as a chemical fertilizer to enable economic plants to achieve sustained high quality and high yield, used in tea, vegetables, fruits and other crops; used as an analytical reagent (such as nitrogen determination), and also used in the synthesis of potassium salts and dietary substitutes for pharmaceutical industry use Salt. Used as a chemical fertilizer in agriculture. It is the raw material for making potash. The dye industry is used to make intermediates. Used as a fining agent in the gla

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Monopotassium phosphate

(7778-77-0)
As a feed phosphorus additive. In the food industry, it is used to make baked goods, as a leavening agent, flavoring agent, fermentation aid, nutrition enhancer, and yeast food. Also used as a buffer, chelating agent. Used as fertilizer, flavoring agent, brewing yeast culture agent, used to prepare buffer solution, also used in medicine and manufacturing potassium metaphosphate. Used for fertilizing rice, wheat, cotton, rapeseed, tobacco, sugarcane, apple and other crops; used as a chromatograph

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Ammonia

(7664-41-7)
Used in chemical industry, food, medicine and other industries

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Ammonium nitrate

(6484-52-2)
Sold in a concentration of 27,5% N. Attributes Distributed by Agroline CH. Contact

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Chemical fertilizers, referred to as fertilizers. Fertilizers made by chemical and (or) physical methods that contain one or more nutrients required for the growth of crops. Also known as inorganic fertilizers, including nitrogen, phosphate, potash, micro-fertilizers, compound fertilizers, etc. According to the United Nations Food and Agriculture Organization (FAO) statistics, chemical fertilizers account for about 40% to 60% of the total crop yield increase.

More Information

Fertilizers, including diverse types like liquid fertilizer, organic fertilizer, and phosphorus fertilizer, cater to various plant growth needs. They are vital for plant fertilization and contribute to optimal lawn fertilizing.

Fertilizers provide essential nutrients crucial for robust plant growth. They serve as starter fertilizers, aiding initial plant development.

 

Factors impacting fertilizers effectiveness:

● Soil nutrient deficiencies

● Environmental Conditions

● Different plant types require specific nutrients for optimal growth

Frequently Asked Questions

What are the main types of fertilizers used in agriculture?

Fertilizers are broadly categorized into three main types: nitrogen (N), phosphorus (P), and potassium (K) fertilizers—often referred to as NPK fertilizers. They can also be classified as organic (derived from natural sources like compost or manure) or synthetic (chemically manufactured). Specialty fertilizers, such as micronutrient blends and slow-release formulations, are also widely used to address specific crop or soil needs. Understanding these types helps farmers choose the right product for optimal crop yield and soil health.

How do I choose the right fertilizer for my crops?

Selecting the right fertilizer depends on several factors:1. Soil test results to identify nutrient deficiencies.2. Crop type and its specific nutrient requirements during different growth stages.3. Climate and irrigation practices, which affect nutrient uptake.4. Whether you prefer organic or conventional farming methods.Consulting agronomic experts or using precision agriculture tools can further enhance fertilizer selection for maximum efficiency and sustainability.

What is the difference between organic and synthetic fertilizers?

Organic fertilizers are derived from natural sources such as animal manure, compost, bone meal, or plant residues. They release nutrients slowly, improve soil structure, and support microbial activity. Synthetic (or inorganic) fertilizers are chemically manufactured, offering precise nutrient ratios and rapid availability to plants. While synthetic options provide quick results, organic fertilizers contribute to long-term soil fertility and environmental sustainability. The choice depends on farming goals, regulatory requirements, and market demands.

Can overuse of fertilizers harm the environment?

Yes, excessive or improper use of fertilizers can lead to significant environmental issues. Nutrient runoff—especially nitrogen and phosphorus—can contaminate water bodies, causing eutrophication and algal blooms that deplete oxygen and harm aquatic life. Over-application may also degrade soil quality over time and contribute to greenhouse gas emissions (e.g., nitrous oxide from nitrogen fertilizers). Following best management practices (BMPs), such as precision application and timing based on crop needs, minimizes these risks and promotes sustainable agriculture.

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