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Characteristics of sodium molybdate
physical property
Appearance: It is usually a white crystalline powder with a certain glossiness, and the crystal morphology is generally presented as small particles or flakes.
Solubility: Easily soluble in water, its aqueous solution is alkaline. The solubility in water increases with temperature. For example, at 25 ℃, approximately 39 grams of sodium molybdate can be dissolved in 100 grams of water. Slightly soluble in organic solvents such as liquid ammonia, ethano
Density: The relative density is about 3.28.
Melting point: 687 ℃.
chemical property
Stability: Stable at room temperature and pressure, but chemical reactions may occur at high temperatures, high humidity, or in contact with other specific chemicals.
Industrial grade
Purity: Generally around 98% purity, it can be used for general industrial purposes, such as as as a metal corrosion inhibitor, added to cooling water systems, boiler water systems, etc., which can effectively prevent corrosion of metal equipment. It can also be used to prepare other molybdenum compounds and is an important raw material in molybdenum chemical production.
Impurity content: It is allowed to contain a certain amount of impurities, such as sulfates, chlorides, heavy metals, etc., but the content is limited to meet the basic requirements in industrial production.
reagent grade
Purity: The purity is usually above 99%, and can even reach 99.5% or higher. Mainly used in fields such as chemical analysis and scientific research experiments, it can provide accurate and reliable sources of reagents for experiments.
Impurity content: The requirement for impurity content is very strict, with extremely low impurity content to ensure the accuracy and reliability of experimental results. For example, heavy metal content is usually required to be below one millionth, and there are strict limit standards for impurities such as chlorides and sulfates.
Electronic Grade
Purity: The purity is extremely high, generally above 99.99%, and can even reach an ultra-high purity of 5N (99.999%). Mainly used in the field of electronics industry, such as for the preparation of semiconductor materials, electronic ceramics, etc.
Impurity content: The requirements for impurity content are extremely strict, almost all impurity elements must be controlled at extremely low levels, especially for some impurities that can affect electronic performance, such as metal impurities such as iron, copper, zinc, and non-metallic impurities such as carbon and oxygen, the content is usually required to be at a level of one billionth or even lower.
| Ph Range | 6-8 |
| Grade | Water Treatment |
| Cas No | 7631-95-0 |
| Shelf Life | 2 Years |
| Molecular Formula | Na2MoO4 |
| Hs Code | 2841701000 |
| Melting Point | 687°C |
| Molecular Weight | 143.94 G/mol |
| Color | White Crystal |
| Storage Conditions | Store In A Cool, Dry Place |
SLQ-SM99-TG, a product of SLQ brand, is a high-quality sodium molybdate made in China. With a CAS number of 7631-95-0, this white crystal substance is of agriculture grade industry standard. Its primary application lies in serving as a catalyst in chemical reactions, making it a versatile product with numerous benefits.
Due to its agricultural grade industry sodium molybdate composition, SLQ-SM99-TG is ideal for a variety of product application occasions and scenarios. One prominent use is in the field of water treatment, where this product can effectively assist in purifying water by facilitating chemical reactions that eliminate impurities.
Moreover, the versatility of SLQ-SM99-TG extends to agricultural settings, where it can be utilized to enhance plant growth and improve crop yields. By incorporating this sodium molybdate made in China into fertilizers or soil treatments, farmers can promote healthier plant development and increase agricultural productivity.
Industrial applications also benefit from the properties of SLQ-SM99-TG. Its role as a catalyst in chemical reactions makes it a valuable component in various manufacturing processes, where it can accelerate reactions and improve efficiency. Whether in the production of chemicals, pharmaceuticals, or other industrial products, this product can play a crucial role in enhancing overall performance.
In conclusion, SLQ-SM99-TG is a reliable and effective sodium molybdate made in China that finds wide-ranging use across different industries and applications. From agriculture to water treatment and industrial manufacturing, this white crystal product with water treatment grade is a versatile solution for various product application occasions and scenarios.
Product Customization Services for the Sodium Molybdate
Brand Name: SLQ
Model Number: SLQ-SM99-TG
Place of Origin: China
Solubility: Soluble In Water
Grade: Water Treatment
Ph Range: 6-8
Hs Code: 2841701000
Application: Used As A Catalyst In Chemical Reactions
Keywords: Sodium molybdate, Agriculture grade industry sodium molybdate, Electronic grade sodium molybdate
Raw material factors
Molybdenum ore price: Molybdenum ore is the main raw material for producing sodium molybdate, and fluctuations in molybdenum ore prices directly affect the production cost of sodium molybdate. The scarcity, difficulty of mining, global production and trade of molybdenum resources will all affect the price of molybdenum ore, which in turn will be transmitted to the price of sodium molybdate.
Other raw material prices: In the production process of sodium molybdate, other raw materials such as sodium hydroxide need to be used, and changes in the prices of these raw materials will also have a certain impact on the cost and price of sodium molybdate.
Market supply and demand factors
Market demand: Sodium molybdate has a wide range of applications in various fields such as steel, aerospace, new energy, chemical catalysts, etc. When these industries develop rapidly and the demand for sodium molybdate increases, prices often rise; On the contrary, if the demand in related industries shrinks, the price of sodium molybdate may decrease.
Supply situation: The production capacity, output, production plan, and global supply pattern of sodium molybdate production enterprises determine the market supply situation. If production enterprises experience a decrease in output due to equipment malfunctions, insufficient raw material supply, environmental policy restrictions, and other reasons, the market supply will be tight and prices will rise; When there is an oversupply in the market, prices will be suppressed.
Production cost factors
Energy cost: Producing sodium molybdate requires a large amount of energy, such as electricity, coal, etc. The fluctuation of energy prices can directly increase or decrease production costs, thereby affecting the price of sodium molybdate.
Labor cost: Labor cost is also an important component of production cost. With the changes in the labor market, the increase in wage levels will increase production costs and drive up the price of sodium molybdate.
Transportation cost: The transportation cost of sodium molybdate will also affect its price. The transportation distance, transportation mode, and price fluctuations in the transportation market of raw materials, product distribution, and other links will all have an impact on the final price.
Policy and regulatory factors
Environmental protection policies: Strict environmental protection policies may result in higher environmental requirements and cost inputs for molybdenum mining enterprises and sodium molybdate production enterprises, such as the installation and operation of pollution control equipment, waste disposal, etc. This may lead to increased production costs for enterprises, or reduce or stop production due to environmental non-compliance, thereby affecting the price of sodium molybdate.
Trade policy: Changes in trade policies such as trade frictions, tariff adjustments, and import and export quotas between countries can affect the international trade of sodium molybdate, thereby affecting its price. For example, imposing tariffs will increase the import cost of sodium molybdate, leading to a price increase.
Other factors
Macroeconomic environment: The global or domestic macroeconomic situation has a significant impact on the price of sodium molybdate. During the period of economic growth, industrial production activities are active, and there is a strong demand for sodium molybdate, which often leads to price increases; During an economic recession, market demand is weak and prices may fall.
Industry technological development: The emergence of new technologies and processes for producing sodium molybdate may improve production efficiency, reduce production costs, and thus lower the price of sodium molybdate. At the same time, if there is technological innovation in downstream application fields, changes in the demand structure or performance requirements for sodium molybdate will indirectly affect its price.
