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The technical grade of strontium bromide hexahydrate is made for industrial and lab use. It often has a little less purity than the research grade. The technical grade has around 95% or more strontium bromide content. It is used where very high purity is not needed. This includes industries making dyes, chemicals, or glass. The hydrated form comes with water molecules in the crystal structure. It helps keep the chemical stable at high temperatures.
The research grade is made for scientific studies. It has very high purity standards, usually 99% or more. This form composes of the bromide salt of the strontium metal. It is used in experimental lab work. It is also used in pharmaceutical development or high-tech materials. The six water molecules in the hexahydrate help make it easy to measure precise amounts in experiments.
Pharmaceutical-grade strontium bromide hexahydrate is very pure and meets strict standards for drug ingredients. It has usually 99% or more purity of strontium bromide. This compound is used in medicine, especially for making drugs. It has a hexahydrate form with water molecules that ensure the drug is safe and works well in the body. The bromide ions may help calm the nerves and reduce seizures.
Strontium bromide hexahydrate for watchmaking is very pure and consistent. It is mostly used in making high-quality watch parts. The bromide ions are used to create strontium chromate. This makes the watch components resistant to wear and corrosion.
When picking strontium bromide hexahydrate, think about purity first. For industrial work, technical grades work fine. For more exact uses like drugs or high-tech materials, go with research or pharmaceutical grades. Choose based on whether the compound is needed for production, lab tests, or making watches. This guarantees it fits the needs of the intended use.
Strontium bromide hexahydrate usually comes in bulk packaging like big plastic or metal containers. It can also be found in smaller packs for local use. Check for reliable suppliers who always have the product ready. It is important to pick a seller with a good name for delivering on time. This helps avoid delays when planning big projects or rush needs.
Make sure the chosen supplier tests the product well and certifies it. Useful tests include checking for metals, water content, and crystal type. These are key to ensuring the chemical acts correctly in its intended use. Pick a supplier who tests each batch to ensure consistent quality over time. Always ask to see the test results before placing big orders or buying small amounts often.
Strontium bromide hexahydrate is a specialty chemical. It must be bought from trusted sellers with proven records. Research the background of the companies who supply the compound. They should have experience serving similar markets or spaces. Get input from other buyers who may have worked with them before. This helps pick a supplier who can be trusted to deliver quality product on time.
In chemical production, strontium bromide hexahydrate speeds up reactions and creates special compounds. It helps make brominated materials used in making fire retardants and agricultural goods. The hexahydrate form keeps it reactive for long periods.
In medicine, this product is used to research drugs that control the nervous system, such as anti-seizure medications. It may help calm the mind and reduce shaking, thus aiding treatment for epilepsy or anxiety. Its consistent quality aids drug testing.
In making new materials, strontium bromide hexahydrate helps create strong ceramics and glass with unique traits. It is used in electronics to improve the design of components like semiconductors in high-tech electronics. It boosts performance and makes items more durable.
This compound is useful in labs to detect radiation by tracking radiation particles. It helps improve accuracy when checking for radiation. The hexahydrate form keeps it stable and easy to use in makers of radiation sensors used for safety and medical imaging.
This chemical is important in making luxury watches. Strontium bromide helps create strontium chromate, which is used in watch parts. It makes them resistant to wear and keeps them looking new for years. This compound factors into the durability and quality of the final watch for customers.
Strontium bromide hexahydrate has the chemical formula Sr(Br)2·6H2O. The formula reveals it is made of strontium, bromine, and water molecules. Each formula unit holds one strontium atom, two bromine atoms, and six water molecules.
The product appears as a white to off-white crystalline solid. The crystals may look powdery or dusty from their fine shape. They frequently form in large, rough blocks or shards. The hexahydrate water molecules make the crystals moist and sticky.
Strontium bromide hexahydrate easily dissolves in water, making an ionic solution. It does not dissolve well in alcohol or organic solvents. As temperatures rise, its solubility in water increases. This means it can dissolve better when heated up.
The compound begins to break down around 650 degrees Celsius. Before this, it loses its water molecules at around 350 °C. At higher temperatures, it melts into a thick liquid.
Keep strontium bromide hexahydrate in dry, airtight containers. These containers should be safe from moisture and humidity. They must also block light from entering. Store the containers in a cool, dark space away from direct sun exposure. Avoid areas with extreme heat or cold. Ensure the storage space has stable temperatures and low moisture to keep the product dry and prevent clumping.
Always wear gloves, eye gear, and a mask when handling the substance. Use it carefully and avoid direct skin or eye contact. Strontium bromide hexahydrate may cause irritation to the skin, eyes, or respiratory system if inhaled or touched. It is important to handle the compound in a well-aerated space to reduce inhalation risks. Keep it away from kids and pets, and store it securely.
Strontium bromide hexahydrate is used in many markets. These include chemicals, drugs, materials, electronics, and radiation detection. In chemical manufacturing, it acts as a catalyst and builds unique compounds. In medicine, it helps make drugs that reduce seizures and calm the nervous system. It also helps create ceramics and glass. In electronics, it boosts semiconductor performance. Finally, it is used in radiation detection devices for radiation monitoring.
This product is stored in dry, airtight containers. The storage containers must shield the chemical from moisture and humidity. They should also limit exposure to light, as the product may degrade if exposed to too much light. Store the containers in a cool area that is not exposed to sunlight. Ensure the temperature and humidity level in the storage space is constant to keep the product stable for long.
This product is safe to use as long as proper precautions are followed. Buyers should refer to its safety data sheet for information on handling and emergency procedures. Users should wear PPE and work in an aerated space when handling the compound. Always store it securely out of reach of kids and pets. Its safety measures should be observed, just as with similar specialty chemicals.
To choose a supplier, look at their background and experience. Then, research them until their credibility and reputation are established. Buy from suppliers with verified customer reviews who have previously served the same niche market. Demand quality certifications for the compound from the supplier. Also, ask for test results to confirm the quality matches the requirements.
