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The chemical symbol of sulfur is S, with an atomic number of 16 and an atomic weight of 32.06. It is located in Group VIA of the third period in the periodic table. Sulfur has many allotropes, and the important ones include orthorhombic sulfur, monoclinic sulfur, and elastic sulfur.

At normal temperature and pressure, sulfur is a pale yellow crystal.

The Uncooled-infrared thermal imaging module offers two resolution options:
640-512 and 384-288. Featuring high-sensitivity 12µm VOx infrared detectors and proprietary image processing circuits, it delivers high performance with compact size, lightweight design, low power consumption, and cost-effectiveness, fully meeting , SWaP (Size, Weight, and Power/Price) requirements.
This product utilizes the latest infrared thermal image processing algorithm, delivering refined and crystal-clear visuals. Its proprietary image processing circuit ensures high scalability. The module also offers multiple digital interfaces (some customizable) to meet user needs, enabling seamless integration with various intelligent processing platforms.

Agricultural urea N46 46%


Properties of urea
Urea, also known as carbamide, carbamide and urea. Pure urea is white, tasteless, odorless, needle shaped or prismatic crystal, with a melting point of 132.7 under normal pressure. It is hygroscopic, deliquescent, hydrolyzable, and weakly alkaline. It is made into compound fertilizer with acid fertilizer. Urea is an organic compound composed of carbon, nitrogen, oxygen and hydrogen. It is a white crystal. Urea is one of the simplest organic compounds. The most important use of urea is as fertilizer. Its nitrogen content is more than 46%. After being converted into ammonium carbonate in soil, urea is hydrolyzed and absorbed by plants. It is the nitrogen fertilizer with the highest nitrogen content at present.
Molecular formula of urea: CO (NH2) 2, molecular weight 60.06, density 1.335g/cm The melting point is 132.7. Soluble in water and alcohol, insoluble in ether and chloroform. It is slightly alkaline. It can react with acid to form salt. It has hydrolysis. Condensation reaction can be carried out at high temperature to produce biuret, triuret and cyanuric acid. Heat to 160 and decompose to generate ammonia gas and turn into cyanic acid at the same time. Urea can be hydrolyzed into ammonia and carbon dioxide under the action of acid, alkali and enzyme (acid and alkali need to be heated). Unstable to heat, heat to 150 160 to deamination to biuret. Urea is easily soluble in water, 105g can be dissolved in 100ml water at 20 , and the aqueous solution shows neutral reaction. There are two kinds of urea products: crystalline urea is white acicular or prismatic crystal with strong hygroscopicity; Granular urea is a translucent particle with a particle size of 1~2mm, which has a smooth appearance and improved moisture absorption.
Urea is a physiologically neutral fertilizer, which does not leave any harmful substances in the soil and has no adverse effects after long-term application. However, a small amount of biuret, also known as biuret, will be produced when the temperature is too high during granulation, which has an inhibitory effect on crops. Urea is molecular before conversion and cannot be adsorbed by soil, so it should be prevented from being lost with water; The ammonia formed after conversion is also volatile, so urea should also be deeply covered with soil. Urea is the first synthetic organic substance and widely exists in nature, such as 0.4% urea in fresh human feces.

The new version of national standard GB/T2440-2017 for urea has been officially implemented since July 1, 2018. Compared with the replaced 2001 standard, certain adjustments have been made.
New standard GB/T2440-2017

In the gem world, all kinds of gem-quality corundum other than ruby are called sapphire. The mineral name of sapphire is corundum, which belongs to the corundum group of minerals. In fact, the gem-quality corundum in nature is called sapphire, or colored sapphire, except for red called ruby, and other colors such as blue, light blue, green, yellow, gray, colorless, etc. Sapphire is preceded by a color name, such as pink sapphire. The chemical composition of sapphire (Al2O3) is mainly Fe, Ti, and color. Corundum contains iron (Fe) and titanium (Ti) and other trace elements, and presents blue, sky blue, light blue and other colors, among which the royal blue and cornflower colors that are considered to be thick but not black are the best. In cabochon cutting, when the interior is rich in three groups of inclusions parallel to the bottom surface and oriented, it can produce beautiful six-shot starlight, which is called star sapphire
The composition of sapphire is alumina, which is blue due to the trace elements titanium (Ti4) or iron (Fe2). It belongs to the trigonal crystal system, and the crystal form is often cylindrical, short column, plate, etc., and the geometry is mostly granular or dense block. Transparent to translucent, vitreous luster. The refractive index is 1.76-1.77, the birefringence is 0.008, and the dichroism is strong. Heterogeneous body. Sometimes it has a special optical effect - the star effect. The hardness is 9, and the density is 3.95-4.1 g/cm3. No cleavage, fissure development.
Industrial sapphire is a material used in special vehicles as transparent armor, and with the exception of diamonds, sapphire is harder than any other natural material.
Sapphire belongs to the trigonal crystal system and has a hexagonal structure.
The lattice constants are: a=b=4.758A, c=12.991A
Refractive index 1.762-1.770
Birefringence: 0.008- 0.010
Uniaxial crystal negative light, in some cases abnormal biaxial crystal light
Luster: bright glass luster to adamantine luster
Pleochroism: Colored sapphires have dichroism, generally, dark blue/blue, blue/light blue, blue-green, blue-gray, yellow sapphire has golden/yellow, orange/light yellow, light yellow/ Colorless, wait.

High purity aluminum oxide
is the raw material for sapphire crystal. This type of pressed pellets are made from ultra high purity alumina. It is designed to provide high filling in crucibles used to make sapphire single crystals. The alumina materials RBST supplied are produced with latest eco-friendly and high technology. As a supplier for advanced materials, we continuously improving the service by cooperate with the manufacturers with high efficiency large volume production.

boron nitride ceramics



The boron nitride crystal belongs to the hexagonal crystal system, which is similar to graphite in structure and performance, so it is also called "white graphite".

It has good heat resistance, thermal stability, thermal conductivity, high temperature dielectric strength, and is an ideal heat dissipation material and high temperature insulation material. Boron nitride has good chemical stability and can resist the erosion of most molten metals. It also has good self-lubrication. Boron nitride products have low hardness and can be machined with an accuracy of 1/100 mm.

Boron nitride can be used to make crucibles for smelting semiconductors and high-temperature vessels for metallurgy, semiconductor heat dissipation insulation parts, high-temperature bearings, thermowells and glass forming molds.

High purity alumina powder is a compound, commonly known as aluminum oxide (Al2O3). It is odorless, white, crystalline powder. It has very high melting point. It is insoluble in water and difficult solubility in mineral acids and strong alkali. The variety formed at very high temperature is quite inert chemically. It is amphoteric in nature, and is used in various chemical, industrial and commercial applications.

Sodium carbonate is one of the important chemical raw materials. It is widely used in light industry, daily chemicals, building materials, chemical industry, food industry, metallurgy, textile, petroleum, national defense, medicine and other fields.

Power generation by using biomass gas from rice husk, wood chips, saw dust, coconut husk, bagasse, straw and crop stalks can not only save electricity expenses in the production cost for rice mills and timber processing mills, but can also get benefits from the selling of surplus electric power to the power grid. Our biomass gasification equipment enjoys high conversion efficiency, by taking rice husk as an example, each kwh power generation consumes only 1.6~1.8kg rice husk, and the unit fuel consumption will be lower if wood chips or crop stalks are used. Water used for gas cleaning and cooling can be reused in a circulating way after being treated through water treatment facilities such as sediment ponds. It creates no environmental pollution and little make-up water will be needed. The water pond for each unit of 200kw plant only covers about 50m2 .The engines group and electrical equipments should be put indoors, and the other equipments could be put outdoors. The construction area for each 200kw generator set is approximately 40~50m2. The full set of equipment consumes only 5~8% of the generated power. Therefore, such a project is an ideal one with significant benefits for the area where there is a lot of discarded biomass resources but lack in electric power supply or with higher electricity expense. In general, the investment in the major equipment can be recovered from power generation benefits within the first two years. The equipment can be safely and reliably operated with operational technology. Its easy to be mastered by workers. The maintenance and repair work is similar to ordinary diesel generators.

Power generation by using biomass gas from rice husk, wood chips, saw dust, coconut husk, bagasse, straw and crop stalks can not only save electricity expenses in the production cost for rice mills and timber processing mills, but can also get benefits from the selling of surplus electric power to the power grid. Our biomass gasification equipment enjoys high conversion efficiency, by taking rice husk as an example, each kwh power generation consumes only 1.6~1.8kg rice husk, and the unit fuel consumption will be lower if wood chips or crop stalks are used. Water used for gas cleaning and cooling can be reused in a circulating way after being treated through water treatment facilities such as sediment ponds. It creates no environmental pollution and little make-up water will be needed. The water pond for each unit of 200kw plant only covers about 50m2 .The engines group and electrical equipments should be put indoors, and the other equipments could be put outdoors. The construction area for each 200kw generator set is approximately 40~50m2. The full set of equipment consumes only 5~8% of the generated power. Therefore, such a project is an ideal one with significant benefits for the area where there is a lot of discarded biomass resources but lack in electric power supply or with higher electricity expense. In general, the investment in the major equipment can be recovered from power generation benefits within the first two years. The equipment can be safely and reliably operated with operational technology. Its easy to be mastered by workers. The maintenance and repair work is similar to ordinary diesel generators.

Power generation by using biomass gas from rice husk, wood chips, saw dust, coconut husk, bagasse, straw and crop stalks can not only save electricity expenses in the production cost for rice mills and timber processing mills, but can also get benefits from the selling of surplus electric power to the power grid. Our biomass gasification equipment enjoys high conversion efficiency, by taking rice husk as an example, each kwh power generation consumes only 1.6~1.8kg rice husk, and the unit fuel consumption will be lower if wood chips or crop stalks are used. Water used for gas cleaning and cooling can be reused in a circulating way after being treated through water treatment facilities such as sediment ponds. It creates no environmental pollution and little make-up water will be needed. The water pond for each unit of 200kw plant only covers about 50m2 .The engines group and electrical equipments should be put indoors, and the other equipments could be put outdoors. The construction area for each 200kw generator set is approximately 40~50m2. The full set of equipment consumes only 5~8% of the generated power. Therefore, such a project is an ideal one with significant benefits for the area where there is a lot of discarded biomass resources but lack in electric power supply or with higher electricity expense. In general, the investment in the major equipment can be recovered from power generation benefits within the first two years. The equipment can be safely and reliably operated with operational technology. Its easy to be mastered by workers. The maintenance and repair work is similar to ordinary diesel generators.

Zirconia ceramics are white, yellow or gray when containing impurities, and generally contain HfO2, which is difficult to separate. There are three crystal states of pure ZrO2 at atmospheric pressure.

The production of zirconia ceramics requires the preparation of high-purity, well dispersed, ultrafine particles and narrow particle size distribution powders.

There are many methods for the preparation of zirconia ultrafine powders. The purification of zirconia mainly includes chlorination and thermal decomposition, alkali metal oxidation decomposition, lime melting, plasma arc, precipitation, colloid, hydrolysis, spray pyrolysis, etc.

shaft sleeve
material: silicon nitride

Silicon nitride shaft sleeve, wear-resistant, impact resistant, hardness higher than steel

Silicon nitride (Si3N4), is an important structural ceramic material. It is a kind of superhard material, which has lubricity and wear resistance, and is atomic crystal; Oxidation resistance at high temperature. Moreover, it can resist cold and hot shock, and it will not break when heated to 1000 or more in the air, and then cooled and heated sharply. It is precisely because silicon nitride ceramics have such excellent characteristics that people often use it to manufacture mechanical components such as bearings, gas turbine blades, mechanical seal rings, permanent molds, pump bushings, etc.

Cyclopentyl methyl ether is is a colorless and transparent new type of environmentally friendly and high performance hydrophobic ether solvent, it is a new type of environmentally friendly and high performance hydrophobic ether solvent, it can be used as a substitute for ether solvents such as Tetrahydrofuran, Methyl Tetrahydrofuran, Methyl Tertiary Butyl Ether and Dioxane. Uses Cyclopentyl methyl ether as a new type of solvent can be applied to apply to the manufacturing process of pharmaceuticals, electronic materials, spices and general chemical products (polymerization solvent, reaction, extraction, crystallization, etc.).

Brand: Soarwin
CAS No.: 5614-37-9
EC Number: 445-090-6
Molecular Formula: C6H12O
Density: 0.86
Melting point: -140°C
Boiling point: 106°C
Flash point: -1°C(lit.)

As an important organic chemical raw material, ETFA is widely used in the synthesis of organic fluorine compounds, medicine, pesticides, liquid crystals and dyes. The specific applications are as follows: (1) In medicine, it is mainly used in the production of anti-inflammatory drugs for osteoarthritis, anti-tumor drugs for the treatment of colon and rectal cancer, and cardiovascular and cerebrovascular drugs such as lenoprolol; (2) In pesticides, it is mainly used to manufacture cell division inhibitors and is used to kill grass and broadleaf weeds in cotton and peanut fields; (3) In organic synthesis, ETFA is often used to protect amino groups because it has a low removal rate under mild conditions.
Brand: Soarwin
CAS No.:383-63-1
EC Number206-851-6
Molecular Formula:C4H5F3O2
Density1.194 g/mL at 25 °C(lit.)
Melting point:-78 °C
Boiling point:60-62 °C(lit.)
Flash point:30 °F

Available upto: 3.000.000 mt
Price: cif aswp $164.00 mt
Shipments: 100.000 mt for the first six months
150.000tm after and up to complete 3.000.000 mt
Payment term: ffsblc for total contract or bg unconditional
Transferable irrevocable cif
Specification:
Yellow corn grade #2
Moisture 14%max
Broken kernels and foreing materials 3% max
Damaged kernels 3%max
Head damage kernels 0.2%max
Aflatoxin not exceeds 10ppm max
Protein 9%min
Crop latest
Suitable for human consumption
Free of all kinds of moulds
Free of sprouted grains
Free from insects ( deard or live ) freee foreing sand silica
And heavy metals free from bad amell resulted from damage or mould
Procedures
Buyers issues a loi+rwa +ncnda
Seller issues fco
Buyer sign & seal and return the fco

, food industry:
Rice biscuit (rice cookies covered with snow-like sugar )assembly line, grilled chicken, biscuit, egg roll,
Roasting shredded squid oven, oven for roast duck, smokeless oven, griddle, middle eastern oven, hot pot
Oven, roasting pachyrhizus oven, snack car, soup oven, cooking assembly line, infra-red gas baking pan,
Deep-fry assembly line, water-removing machine, baking, ec.

, painting industry:
Liquifized or powered painting assembly line, warm-up, preliminary treatment of heating, desiccating wood,
Galvanization drying assembly line, phosphatization drying assembly line

, fibre industry:
Carpet latex dryer, dyeing dryer, printing dryer, textile dryer, indestrial clothes dryer, latex gloves drying
Assembly line

, glass and ceramics industry:
Enamel firing dryer, glass oven, heat-setting machine, mould drying, fritting, parching

, paper industry:
All kinds of paper dry lines and auxiliary drying heat wall

, farming and animal husbandry:
Heating of barton, heating of crops, grain dryer.

TiB2 powder is a kind of gray black powder, and the powder particles have a complete hexagonal crystal structure. titanium diboride (TiB2) powder has high melting point, high hardness, wear resistance, acid and alkali resistance, strong thermal conductivity, excellent electrical conductivity, excellent chemical stability and thermal shock resistance, high oxidation resistance temperature, and resistance to oxidation below 1100 â??. Its products have high strength and toughness, and do not corrode molten metals such as aluminum, excellent mechanical properties at high temperature, and good electrical conductivity at high temperature.

Main purpose:

Conductive ceramic materials. It is one of the main raw materials of vacuum coating conductive evaporation boat.
Ceramic cutting tools and moulds. It can manufacture precision machining tools, drawing dies, extrusion dies, sandblasting nozzles, sealing elements, etc.
Composite ceramic materials.
Cathodic coating material for aluminum electrolytic cell.
It is made into PTC heating ceramic material and flexible PTC material, which is a good strengthening agent for A1, Fe, Cu and other metal materials.
Plasma spraying.
ceramic target
Item

chemical component(wt%)

TiB2

Ti

B

O

C

Fe

>68.2

>30.8

General purpose gasoline and diesel engines and engine-powered products. Mainly cover gasoline and diesel engines, generators. water pumps, agricultural Machinery, garden machinery, Construction machinery and forest equipment etc.

Stannous chloride dihydrate is a white or colorless crystal, used for the colorimetric determination of silver, lead, arsenic, molybdenum, etc. It is also used as a reducing agent, mordant use as strong reducing agent, used for hydride determination by AAS, colorimetric determination of silver, lead, arsenic, molybdenum, determination of inorganic phosphorus and alkaline phosphates enzyme activity in serum, molybdenum blue method of determining the phosphorus content of the soil and the plant, and the catalyst for organic reaction. Stannous chloride dihydrate is mainly used in acid tin plating, as the main salt. Tin is bivalent in the plating solution, high cathodic efficiency, general dosage of 40-60kg/L. It can also be used in the glass mirror industry, as a sensitizer for silver nitrate plating, so that the brightness of the coating is good, and it is not easy to come off the plating layer in ABS plating with the addition of this product. Stannous chloride can be used as reducing agent for dye intermediates. It is also used as a component of ultra-high-pressure lubricating oil. Used as bleaching agent. Used in the sensitization treatment of mercury plating in mirror making, the silver film formed is of good brightness, so that the mercury is firmly combined with the products. Used in electroplating industry for tin plating and copper tin plating of mechanical parts. It is used for sensitizing treatment in ABS plastic plating, so that the plating layer is not easy to come off. It is also used in the synthesis of pharmaceuticals, catalyst for organic synthesis, activator for vulcanization of butyl rubber products. Mordant in dyeing and anti-dyeing agent in printing and dyeing process. Stabilizer in spice industry. Food reducing agent, antioxidant, such as canned asparagus, pineapple juice.

Brand: Soarwin
CAS No.: 10025-69-1
EC Number: 600-045-1
Molecular Formula: Cl2H4O2Sn
Density: 2.71
Melting point: 37-38C (dec.)(lit.)
Boiling point: 652C(lit.)

Product Detail:
Description 
           floor standing constant oxygen purification series TG-KJY600 is the unique design in air purifier field . Can effectively purify the indoor PM2.5, formaldehyde, TVOC, bacteria, dust, smoke, etc. the bottom of the device with four wheels can brakes or move at any time.  mainly include pre filter, HEPA filter, Electrostatic ion generator, catalytic activated carbon filter,  negative oxygen ion generator;carbon dioxide, PM2.5 , formaldehyde, TVOC, temperature and humidity sensor. The outer shell is provided with a sheet metal box body, and with a large area liquid crystal display screen and Touch control button. From the display screen can detect the content of carbon dioxide, PM2.5, formaldehyde, TVOC indoor. Can install mobile APP remote operation and control.
         The Air Purifier is the perfect way to improve the air quality in your personal space! The Cube air purifier is ideal for office cubicles, dorm rooms, work spaces, hotel rooms, and more. it is enough to be portable and convenient. ultra quiet operation make the air purifier a great addition to any space, public or private!

Description
        1.Efficiently removal of fine particles ,harmful gases, bacteria, viruses and others in the air.
        2.Air quality real-time online detection, digital display.
        3.Intelligent detection of purification unit, automatic maintenance and reminding.
        4.Multistage wind speed can be adjusted at random.
        5.Indicating product operation instructions.
        6.With casters, convenient for moving.

Specification
Model TG-KJY600
Rated voltage ~220V/50Hz
Rated power(W) 90
PM2.5 purification air(m³/h) 500
Formaldehyde purification air(m³/h) 400
Noise(dB) 99
Formaldehyde purification rate(%) >99
Benzene purification rate(%) >99
TVOC purification rate(%) >99
Ammonia Purification Rate(%) >99

Stannous chloride dihydrate is a white or colorless crystal, used for the colorimetric determination of silver, lead, arsenic, molybdenum, etc. It is also used as a reducing agent, mordant use as strong reducing agent, used for hydride determination by AAS, colorimetric determination of silver, lead, arsenic, molybdenum, determination of inorganic phosphorus and alkaline phosphates enzyme activity in serum, molybdenum blue method of determining the phosphorus content of the soil and the plant, and the catalyst for organic reaction. Stannous chloride dihydrate is mainly used in acid tin plating, as the main salt. Tin is bivalent in the plating solution, high cathodic efficiency, general dosage of 40-60kg/L. It can also be used in the glass mirror industry, as a sensitizer for silver nitrate plating, so that the brightness of the coating is good, and it is not easy to come off the plating layer in ABS plating with the addition of this product. Stannous chloride can be used as reducing agent for dye intermediates. It is also used as a component of ultra-high-pressure lubricating oil. Used as bleaching agent. Used in the sensitization treatment of mercury plating in mirror making, the silver film formed is of good brightness, so that the mercury is firmly combined with the products. Used in electroplating industry for tin plating and copper tin plating of mechanical parts. It is used for sensitizing treatment in ABS plastic plating, so that the plating layer is not easy to come off. It is also used in the synthesis of pharmaceuticals, catalyst for organic synthesis, activator for vulcanization of butyl rubber products. Mordant in dyeing and anti-dyeing agent in printing and dyeing process. Stabilizer in spice industry. Food reducing agent, antioxidant, such as canned asparagus, pineapple juice.

Brand: Soarwin
CAS No.: 10025-69-1
EC Number: 600-045-1
Molecular Formula: Cl2H4O2Sn
Density: 2.71
Melting point: 37-38 °C (dec.)(lit.)
Boiling point: 652 °C(lit.)

English Name: Sodium hexametaphosphate

Other Names: Sodium phosphate glass, Sodium hexametaphosphate, Graham salt, SHMP

Molecular Formula: (NaPO3)n

Specifications: Blocks, granules, powders, chain length series

Properties: A type of sodium metaphosphate polymer, appearing as transparent glass flakes or white powdery crystals. It is highly hygroscopic, becoming sticky after absorbing moisture, and easily deliquesces in air. It is readily soluble in water; its solubility in water is relatively high, but the dissolution rate is slow; its aqueous solution is acidic. It readily hydrolyzes to form phosphites. It has the ability to form soluble complexes with certain metal ions (calcium, magnesium), thus it can be used to soften water. It can also form complexes with lead, silver, barium salts, etc.

Packaging Specifications: Plastic woven bags or paper bags, net content 25kg or 1000kg per bag, or packaging methods to be determined through negotiation according to user requirements.

Execution Standard: Q/CDH 53-2025

Quality Standard:


Applications: Used as a high-efficiency water softener for cooling water treatment in power plants, locomotives, rolling stock, boilers, and fertilizer plants; as an additive in detergents; as a corrosion control or prevention agent; as a cement hardening accelerator; as a streptomycin purification agent; and as a cleaning agent in the fiber and dyeing industries. Used as a flotation agent in the mineral processing industry. Used as a sedative in medicine. In the petroleum industry, it is used for rust prevention of drill control pipes and for adjusting the viscosity of drilling mud. It also has certain applications in textile printing and dyeing, leather, papermaking, color film, soil analysis, radiochemistry, and analytical chemistry.

Transportation and Storage: During transportation, prevent rain, keep away from moisture, and ensure the packaging is not damaged. Do not store or transport with harmful, toxic substances or other pollutants. Store in a dry, well-ventilated warehouse with a padding layer to prevent moisture absorption.

Glycolic acid is a well-known organic acid with a range of important applications across various industries. Its discovery and multiple uses make it a key compound in the industrial and cosmetic fields.

Glycolic acid (CHO) was first isolated in 1832 by French chemist Henri Braconnot. He extracted it from sugar cane and later from unripe grapes. The compound is a colorless and odorless liquid with a slightly sour taste. Its discovery was crucial in the study of alpha-hydroxy acids (AHAs), which play an important role in many chemical and biological processes.

Glycolic acid is the smallest alpha-hydroxy acid and is highly soluble in water. With a melting point of 76°C and a pKa of 3.83, it is a relatively strong acid compared to other AHAs. Its small molecular size enables it to penetrate the skin effectively, which is essential for its use in cosmetic formulations.

Glycolic acid is widely used in cosmetics for its exfoliating properties. It is a key ingredient in chemical peels and facials, helping to remove dead skin cells, improve skin texture, and reduce the appearance of fine lines and wrinkles. Its ability to stimulate collagen production also helps to make the skin look younger.

Medically, glycolic acid is used in a variety of skin treatments. It is used to treat acne scars, hyperpigmentation, and other skin conditions. Its effectiveness in promoting skin regeneration makes it a valuable tool in dermatology.

Glycolic acid is used in dyeing and finishing processes in the textile industry. It is used to improve the color fastness of fabrics and adjust the pH of dye baths. In addition, it is used to produce biodegradable polymers and as a cleaning agent in various industrial applications.

In the food industry, glycolic acid is used as an acidulant to adjust the acidity of foods and enhance flavor. It is also used in the formulation of certain beverages and processed foods to maintain stability and extend shelf life.


Brand: Soarwin
CAS No.: 79-14-1
EC number:201-180-5
Molecular Formula: C2H4O3
Density: 1.25g/mLat 25°C
Boiling point:112°C
Melting point:75-80°C(lit.)
Flashing point: 112°C

Strontium Oxide (SrO) - High Purity for Demanding Industrial Applications
1. Product Overview
Strontium Oxide is a high-performance industrial chemical compound offered in white powder or crystalline form. It is characterized by its exceptional reactivity, making it a crucial raw material in various advanced manufacturing sectors. Our product is manufactured under strict quality control to ensure consistent purity and performance for your critical processes.

2. Key Product Characteristics & Specifications
Chemical Formula: SrO
Appearance: White to off-white powder or fine crystals.
High Reactivity: Exhibits strong hygroscopic and carbon dioxide absorption properties, a key feature for its use in chemical synthesis and as a drying agent.
High Purity: Available in standard and high-purity grades (e.g., â?¥98%, â?¥99%) to meet specific application requirements.
Thermal Stability: Possesses excellent stability at high temperatures, suitable for ceramic and pyrotechnic formulations.
Packaging: Supplied in moisture-proof, sealed bags (e.g., 25 kg bags) or customized packaging to ensure product integrity during storage and transport.

3. Primary Industrial Applications
Our Strontium Oxide serves as a versatile and essential component in the following industries:
Electronics & Battery Manufacturing:
Used in the production of cathode materials and solid electrolytes for advanced batteries.
Acts as a key precursor in ferrite magnets and other electronic ceramics.

Pyrotechnics & Signal Flares:
The primary source of intense, brilliant red color in fireworks and marine distress flares. Its purity directly affects the color quality and brightness.

Ceramics & Glass Industry:
Imparts improved hardness, density, and optical properties to specialty glasses and glazes.
Used in the production of ceramic pigments and enamels.

Chemical Synthesis & Catalyst:
Serves as a strong base and desiccant (drying agent) in organic synthesis.
Used as a precursor for producing other strontium salts (e.g., Strontium Carbonate, Strontium Nitrate).

4. Our Value Proposition & Supply Assurance
Consistent Quality: Rigorous batch-to-batch testing ensures reliability for your production lines.
Technical Support: Our team provides application-specific guidance and technical data.
Reliable Supply Chain: Stable inventory and logistics to support your just-in-time manufacturing needs.
Customization: We can discuss tailored specifications, packaging, and particle size distribution.