What does BTCF mean in CHEMISTRY
BTCF, short for Bis Thiourea Cadmium Formate, is an inorganic compound composed of two thiourea molecules covalently bound to a cadmium molecule and the resulting product is known as a coordination complex. The resulting compound has a variety of interesting qualities that make it particularly interesting for scientists seeking new compounds with unique properties.
BTCF meaning in Chemistry in Academic & Science
BTCF mostly used in an acronym Chemistry in Category Academic & Science that means Bis Thiourea Cadmium Formate
Shorthand: BTCF,
Full Form: Bis Thiourea Cadmium Formate
For more information of "Bis Thiourea Cadmium Formate", see the section below.
Properties
Bis Thiourea Cadmium Formate has several unique properties that makes this compound particularly desirable. It displays an intense yellow color when in solution and when exposed to air it forms a deep burgundy powder-like substance. BTCF also exhibits strong absorpivity towards UV radiation and its physical properties are affected by pH levels, making the substance useful for chemical research. Additionally, this compound can be used in applications where optical clarity or high refractive indices are desired due to its low shrinkage parameters. In addition, it displays high chemical stability and remains structurally sound even after being exposed to extreme temperatures or pressure conditions, making BTCF an ideal candidate for various industrial processes where chemical resistance is paramount.
Essential Questions and Answers on Bis Thiourea Cadmium Formate in "SCIENCE»CHEMISTRY"
What is BTCF?
BTCF stands for Bis Thiourea Cadmium Formate. It is a compound of thiourea, cadmium and formic acid.
How is BTCF used?
BTCF is most commonly used as a chemical intermediate in the production of pharmaceuticals, agrochemicals and other chemical products.
What are the properties of BTCF?
BTCF is an organic solid that presents good thermal stability, low volatility, low dusting and optimized flowability. It also has excellent solubility in water and other organic solvents.
Are there any safety concerns with using BTCF?
Although it possesses low toxicity, standard practices such as wearing eye protection, gloves and protective clothing should still be observed when handling BTCF. In addition to this, it should only be handled in well-ventilated areas due to the presence of cadmium in the compound.
How can I store BTCF safely?
As with all chemicals, proper storage conditions must be maintained to ensure its integrity. This includes keeping it away from direct sunlight or heat sources and storing it at a temperature between 0°C — 40°C at a relative humidity lower than 75%. Additionally, it should be stored away from incompatible materials such as strong oxidizing agents or acids.
Is there any risk of contamination when using BTCF?
Good manufacturing practices must always be employed when handling this compound to prevent cross contamination or degradation. This includes strictly controlling all contact surfaces as well as maintaining appropriate cleanliness levels in production lines and equipment.
What kind of packaging does BTCF come in?
Depending on the supplier's availability standards, the majority of suppliers offer different options for packaging including 25 kg drums for bulk orders or 500 g bottles for smaller quantities. Specialty packaging sizes can sometimes also be arranged depending on client needs.
Are there any alternatives to using BTCF?
Yes; other thiourea based compounds like CBS (cadmium bis thiourea sulfate) may serve as appropriate substitutes depending on your requirements. Additionally, alternatives such as pyridine nickel formate may also offer potential solutions if needed.
Final Words:
Bis Thiourea Cadmium Formate has numerous appealing properties which make it attractive for many scientific research operations and industrial applications alike. Its flexibility due to having adjustable optical and physical characteristics allows it to be utilized across multiple disciplines including chemistry and engineering. If you're interested in learning more about BTCF or if you're interested in utilizing this versatile organic compound for your own experiments or applications, contact your local chemical supplier today!
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