Molybdic Acid

As India's agricultural sector continues to grow. Which is why the demand for Molybdic acid or ammonium molybdate also continues to rise. As in the agricultural sector, this acid plays a significant role because it is used as a fertilizer by providing a micronutrient named molybdenum. Which is a crucial nutrient that is essential for plant growth and also improves crop yield. Additionally, molybdic acid is also important in producing steel and alloys that enhance their strength and durability.

To ease this demand the platform Exportersindia connects businesses with various Molybdic acid suppliers, manufacturers, and dealers. And get easy access to this important chemical which makes it easier for businesses to find this chemical when they needed.

What is Molybdic Acid?

If we talk about the form of the acid, so it is a white crystalline powder called Molybdic acid or Ammonium Molybdate. This acid has a molecular formula NH4​ 2​MoO4. Slightly acidic is the nature of this crystalline powder and it is composed of molybdenum, nitrogen, hydrogen, and oxygen. Along with this acid is an important source of Molybdenum. Which are important micronutrients for plants as well as these acids are also widely used in the industry also.

Characteristic of Molybdic acid

• Appearance: In appearance wise, this ammonium molybdate is white in color. As a white crystalline powder.
• Solubility: When we have to check solubility then we simply mix it in water. Then it forms a Clear solution, which confirms that it is soluble in water.
• pH: When this acid is mixed in water it starts showing acidic properties.Which is confirmed when its pH comes in the range of about 5.0 to 7.0.
• Stability: Under normal conditions this acid is stable but there is a chance that at high temperatures this acid decomposes.
• Odor: The Molybdic acid is odorless because of its stable molecular structure. They do not readily form volatile compounds that move and produce smell.

Uses of Molybdic Acid

• Agriculture: A type of micro-nutrient is Molybdenum.Which is used in agriculture. This acid is used as a fertilizer and this fertilizer helps in promoting plant growth.
• Chemical Industry: Certain chemicals are produced by using this acid.As sulfuric acid. Which is a known acid used widely and is also produced by this acid. Also, this acid acts as a catalyst.
• Metallurgy: Alloys and metals are strengthened by this acid. Which enhances the durability and performance of the metals.
• Laboratories: To carry out many chemical reactions this acid is used as a reagent in laboratories.
• Electronics: This acid is used in electronics to produce conductive films for many electronic components.

Molybdic Acid Price | Molybdic Acid Top Manufacturers, Suppliers & Wholesaler

Molybdic Acid Price by Exportersindia

Molybdic Acid is available at competitive prices from various suppliers in India. Manufacturers, Suppliers and Dealers at Exportersindia offer Molybdic Acid at prices ranging from Rs 2,800 /kgs to Rs  9,950 /kgs or more.

General Cost (Approximate - Indian Market):
 

Molybdic Acids price is affected by some key factors:

1. Supply and Demand: The prices of molybdic acid are influenced by the number of people who want to buy it. If the demand for it increases or the supply decreases, the price of molybdic acid will increase.
2. Raw Material Costs: The Raw Material from which molybdic acid is made is from molybdenum.And if the cost of molybdenum increases. So automatically the production cost of molybdic acid rises automatically.
3. Production Regions: Where molybdic acid is produced matters. This is why political stability, labor costs, and production capacity in those regions can also cause price fluctuations.
4. Economic Conditions: There are certain economic conditions like if the demand for industrial chemicals increases. So, then the price of molybdic acid also increases subsequently. In the case of the fall season, demand drops, and prices also drop.

Market Overview 

Molybdic acid is used in various sectors which significantly contributes to its growth in India. This is shown by the compounded annual growth rate (CAGR) for molybdic acid in India to be around 5-6%. Also, we see individually in every sector in the steel and alloys sector, showing a growth rate of 4-6%. Primarily this is due to the demand for high-strength materials in construction and infrastructure.

Also, the automotive industry follows an approximate growth rate of 5-7%, as molybdenum contributes to the production of lightweight and fuel-efficient vehicles. Whereas, the aerospace sector shows a significant growth at 6-8%. Where molybdic acid is crucial for manufacturing high-temperature and high-stress components.

Alongside this in the electronics industry, growth is estimated at 3-5%. Which is driven by the need for durable electronic components. Also, the chemical processing sector sees a growth rate of 4-5%, as molybdic acid catalyzes various reactions. In the recent coming years, India will see more steady growth in the market of Molybdic acid and this demand also fluctuates the Molybdic acid price in India.

Different Forms of Molybdic Acids:

Some basic forms of molybdic acid and each form has specific use in various industries:

1. Molybdic Acid (H₂MoO₄): To improve the strength of steel and other alloys. This primary form of molybdic acid is used. In metallurgy, also this kind of molybdic acid is used.
2. Ammonium Molybdate ((NH₄)₂MoO₄: Ammonium molybdate ((NH₄)₂MoO₄) is used in agriculture. This type is a salty form of acid. And it is used in agriculture because it is highly absorbed by plants. That's why it is used as fertilizer.
3. Sodium Molybdate (Na₂MoO₄): Metal plating involves the use of sodium molybdate (Na₂MoO₄). It falls under the category of industrial processes.
4. Potassium Molybdate (K₂MoO₄): Potassium molybdate (K₂MoO₄) is a potassium salt of molybdic acid. It is used as a fertilizer because plants absorb it. After all, it is highly dissolved in water.
5. Molybdic Oxide (MoO₃): This acid is mostly utilized in the manufacturing of catalysts and can be transformed into molybdic acid form through a straightforward reaction with acids and water.