Company Profile
Shanxi Wencheng Chemical Co., Ltd. is a chemical enterprise that engages in producing, developing and marketing inorganic potassium salt products. It has two production bases. Wencheng is situated in the base of Shanxi energy resources and heavy chemical industry. They enjoy a convenient transportation for they are only 70km away from Taiyuan City -- the capital of Shanxi province. As a window of international trade, Shanxi Wencheng Chemical Co., Ltd has independent import and export rights.
Why Choose Us
Rich Experience: With over 20 years of experience in the chemical industry, we have developed a strong foundation of knowledge and expertise. Our team of professionals understands the complexities of chemical manufacturing and can provide valuable insights and solutions for your specific requirements.
Quality Control: At Us Chemical Co., Ltd., quality is our utmost priority. We adhere to strict quality control measures at every stage of the production process to ensure that our chemicals meet the highest standards.
Advanced Equipment: Our state-of-the-art laboratory is equipped with advanced testing equipment, allowing us to perform rigorous quality checks and guarantee the purity and effectiveness of our products.
Custom Service: Our team will work closely with you to develop tailored chemicals based on your specifications. We are committed to providing flexible and innovative solutions that give you a competitive edge in the market.your doorstep.
Ammonium sulfate sds, referred to as ammonium sulfide, is an early application of solid nitrogen fertilizer varieties, generally known as standard nitrogen fertilizer; Nitrogen content 20%~21%.
Ammonium sulfate msds is a colorless crystalline solid with a strong pungent odor.
- Soluble in water, acidic solution.
- When heated, it breaks down to produce ammonia and sulfuric acid.
Bicarbonate of potash is colorless transparent monoclinic crystal system. It is soluble in water and insoluble in alcohol.
What is Ammonium Sulfate?
Ammonium sulfate is a chemical compound with the formula (NH4)2SO4. It is commonly encountered as a white, crystalline powder or granular substance. It has emerged as a significant compound during the 19th century produced from ammonia found in coke-oven gas.
As the 20th century commenced, the industrial synthesis of ammonia gained prominence leading to the adoption of ammonium sulfate as a fertilizing agent.
Over time, however, its significance has waned due to the advent of more potent nitrogen-based fertilizers. Notably, its application has persisted on a smaller scale for specific industrial applications.
Benefits of Ammonium Sulfate
Ammonium sulfate is the best source of nitrogen for soil microbiota.
It activates the accumulation of biomass by microorganisms and the decomposition of plant remains. This increases the content of organic matter and soil humus, and it promotes the transformation and biological availability of other nutrients. When a product like ammonium sulfate fertilizer can improve the health of local soil, then the increased crop production that results can improve the amount of residue and root biomass that exists locally. There are direct benefits occurring every time an increase in soil organic matter happens after a growing season. That means an increase in the levels of organic carbon, nitrogen, phosphorus, and sulfur are possible. This advantage works to improve the long-term fertility of the soil. It also works to create benefits in the natural nutrient cycling process.
Ammonium sulfate fertilizer is affordable for the average grower.
The price of ammonium sulfate fertilizer is one of the primary reasons why some growers prefer to use this chemical product. Synthetic items are typically cheaper than organic ones. By keeping your costs down when preparing your fields, it becomes possible to increase your profit margin on each item grown.
Ammonium sulfate provides fast results.
When you decide to use ammonium sulfate fertilizer, then you will not need to wait for several weeks or months before you start to see positive results. Once you apply the product to the soil, the improvements in your plants will happen within days. Chemical fertilizers like this one release nutrients at a much faster rate than organic products. As far as the amount of time required for the fertilizer to show results, ammonium sulfate is always an excellent solution.
This fertilizer follows standardized labeling practices and ratios.
When you choose to use an ammonium sulfate fertilizer, then you'll see the nutrient ratios of the product clearly defined on the label of your bag or bucket. This advantage reduces the risk of over-fertilizing a garden or cropland. Although organic items might be healthier in the long-term for many fields, there is a higher risk of applying too much product – and that could result in plant death.
How to apply ammonium sulfate to a lawn
Ammonium sulfate is a white hygroscopic, soluble crystal fertilizer that's dissolved in water before applying to lawns. To feed your lawn correctly, you want to determine the soil deficiency and the amount of fertilizer you need to apply.
Analyze the soil for nutrient deficiencies
Soil analysis determines the number of minerals present to determine the ones that are deficient. Healthy lawns have the correct quantities of all the required minerals. Soil analysis also helps to verify the soil pH. If the soil pH is lower or higher than the recommended, apply commercial fertilizers to correct it.
Determine the type of grasses in the lawn
Knowing the type of grass in the lawn area helps determine the correct time to apply the fertilizer for best results. For example, Bermuda grass has high nitrogen requirements during spring and late summer because these are the times of the most active growth.
Determine the time of application
For best results, apply ammonium sulfate at the right time, depending on the type of grass on your lawn.
Measure the lawn area
The lawn area will help you determine the quantity of fertilizer to buy and how much you will spend when purchasing it.
Choose your fertilizer based on the soil analysis report
There are lawn fertilizers and general fertilizers used for other plants. Lawn fertilizers are used for the grass on the lawn as they don't damage the grasses. Some lawn fertilizers release nutrients slowly hence feeding the grass for a long time. Choose fertilizer according to the status of your lawn and the soil analysis report.
Gather your equipment and ingredients
After determining all the features, the next process is gathering all your equipment:
● Tank sprinkler or rotary
● Ammonium sulfate fertilizer
● Measuring spoon
● Water
Sprinkle the ammonium sulfate on your lawn
After conducting soil analysis, and gathering your equipment, start applying ammonium sulfate on your lawn. The following steps will guide you: Add 1 lb of ammonium sulfate to 5 gallons of water in a tank sprayer. Wait for about 3 minutes for the crystals to dissolve entirely in the water. Apply the fertilizer solution at a rate of 1 lb per 1000 sq. ft. of lawn then water the area for about 10-15 minutes to prevent the grass from burning.
● Ammonium sulphate is mainly used for the supplemental need of N and S to meet the nutritional requirement of growing plants. It is an excellent source of S, which also has several essential functions in plants.
● It is largely used as an artificial fertiliser for alkaline soils. The sulphate ion forms sulphuric acid in the soil and lowers the pH balance of the soil.
● In biochemistry, ammonium sulphate precipitation is a common method for purifying proteins by precipitation.
● Ammonium sulphate is often used in flooded soils for rice production, where nitrate-based fertilisers are not a good choice due to denitrification losses.
● As a dough conditioner, ammonium sulphate is commonly added to bread products.
● It is also a component in fire extinguisher powder and flame-proofing agents.
● It is also used as a herbicide because it can burn the plant leaves and kill them immediately or weaken them for easy removal.
● Ammonium sulphate is also used in the production of printed circuit boards.
● It is also used in flame retardant materials as it can lower the combustion temperature and increase the production of residues or chars.
● In drinking water treatment, it is used in combination with chlorine to produce Monochloramine for disinfection.
● It is also used in the preparation of ammonium persulphate and other ammonium salts.
● Consumer applications of Ammonium sulphate: It is used in the manufacturing of adhesives, sealants, fabric, textile, and leather products, floor coverings, and lawn and garden care products.
Types of Plants that Benefit from Ammonium Sulfate
Ammonium sulfate is not typically used in hand soaps or sanitizers as it does not have any significant antimicrobial properties. It is primarily used in other industries, such as agriculture and chemical production, as a fertilizer and a raw material for various chemical reactions.
In personal care products like hand soaps and sanitizers, the active ingredients are usually antimicrobial agents like alcohol or benzalkonium chloride that are effective at killing bacteria and viruses. These active ingredients are typically combined with other ingredients like surfactants and moisturizers to create an effective and gentle product that cleans and protects the skin.
While ammonium sulfate is not used in hand soaps or sanitizers, it is possible that small amounts of the compound could be present in the water used to dilute the products during manufacturing or use. However, these amounts would be minimal and would not have any significant impact on the efficacy or safety of the products.
The Magical Effect of Ammonium Sulfate
Ammonium sulfate is excellent nitrogen fertilizer, suitable for general soil and crops. It can make branches and leaves grow vigorously, improve fruit quality and yield, and enhance crop resistance to disasters. It can be used as base fertilizer, top dressing, and seed fertilizer. It can undergo a double decomposition reaction with salt to produce ammonium chloride, react with aluminum sulfate to produce ammonium alum, and produce refractory materials together with boric acid. Adding to the electroplating solution can increase conductivity. It is also a catalyst for food sauce color, a nitrogen source for cultivating yeast in the production of fresh yeast, acid dye dyeing auxiliary, and a leather deliming agent.
Ammonium sulfate is also used in beer brewing, chemical reagents, and battery production. Another important role is to mine rare earth. Mining uses ammonium sulfate as raw material, exchanges the rare earth elements in the ore in the form of ion exchange, and then collects the leachate to remove impurities, precipitate, squeeze, and burn it to become rare earth ore. 1 ton of rare earth ore requires about 5 tons of ammonium sulfate.
There are also many biological uses, mostly used in protein purification processes because ammonium sulfate is an inert substance and is not easy to react with other biologically active substances. It can protect protein activity to the greatest extent during the purification process. Besides, ammonium sulfate is extremely soluble Well, it can form a high-salt environment to prepare for protein precipitation and subsequent high-salt purification.
Production of Ammonium sulfate
From Coke-Oven Gas
The utilization of coke-oven gas as a precursor for ammonium sulfate production has experienced a substantial decline in recent decades. This trend can be attributed to the partial closure of steel mills and advancements in coking methods that yield reduced quantities of ammonium sulfate.
In the direct method, untreated coke-oven gas is introduced into sulfuric acid, resulting in ammonium sulfate tainted by pigmented tar derivatives.
Alternatively, the indirect process involves the extraction of ammonia from coke-oven gas by water washing, followed by liberation using a lime suspension, and combining it with sulfuric acid.
From Ammonia and Sulfuric Acid
The heat generated from the reaction between ammonia and sulfuric acid can effectively vaporize water if the acid concentration exceeds 70%.
In contemporary practice, the reaction takes place within saturators, devices derived from earlier-used evaporation crystallizers. The saturator process integrates neutralization and crystallization within a single apparatus.
Sulfuric acid is introduced on the suction side, while ammonia is added on the pressure side of a forced circulation pump. The ensuing metastable solution yields particles ranging from 0.5 to 3 mm in size upon crystallization.
Continuous discharge, centrifugation, drying, and cooling processes facilitate ammonium sulfate isolation. To facilitate crystal growth, small quantities of phosphoric acid, urea, or inorganic salts are added.
Coproduct in Organic Syntheses
Ammonium sulfate emerges as a byproduct during the synthesis of synthetic fiber intermediates, such as caprolactam, acrylonitrile, and methyl methacrylate, along with the production of formic acid and acrylamide.
The important source is caprolactam production, vital for nylon 6 synthesis. Traditional caprolactam processes yield 2.5 – 4.5 tons of ammonium sulfate per ton of lactam. Recent processes developed by various entities have succeeded in reducing this range to 1.7 – 1.8 tons per ton of lactam.
From Gypsum
Finely ground gypsum is exposed to ammonium carbonate solution in a cascade of stirred vessels.
The reaction mixture, comprising calcium carbonate and ammonium sulfate solution, is filtrated using rotary vacuum filters. The resulting washed calcium carbonate is used for fertilizing lime, the production of calcium ammonium nitrate, raw material for glass, or filler for rubber or PVC.
The slightly turbid ammonium sulfate solution undergoes filtration using filter presses, followed by acidification with H2SO4 and processing through multi-stage evaporation crystallizers to yield coarse-grained ammonium sulfate.
An alternate technique, the Continental Engineering Process, directly introduces NH3 and CO2 into a gypsum slurry within a tall, cylindrical stirred vessel.
Other Processes
Several methods using SO2 and atmospheric oxygen have became obsolete.
There is a growing interest in processes employing ammonia to eliminate SO2 from power-station exhaust, as an exemple the Walther process which utilizes a two-stage washing of dust-free exhaust to generate a concentrated ammonium sulfite solution. This solution is subsequently oxidized with atmospheric oxygen and spray-dried into ammonium sulfate powder, which is later granulated.
our Certificate
FAQ
Hot Tags: ammonium sulfate, China ammonium sulfate manufacturers, suppliers, factory, ammonium sulfate fertilizer combination, combination of ammonium sulfate fertilizer
