At Noctiluca, we are proud to offer high-purity Methylammonium Bromide with a purity exceeding 99.99%. Known chemically as CH6BrN with a molecular weight of 111.97 g/mol, this compound is a crucial precursor in the manufacture of perovskite materials with exceptional optical properties, including green emission and photoluminescence. Ideal for a range of applications from renewable energy devices to optoelectronic components, Methylammonium Bromide > 99.99% sets new standards in the industry.
Methylammonium Bromide >99.99%, also known as Methylamine hydrobromide and recognized by its CAS number 6876-37-5, has a molecular structure conducive to the development of advanced perovskite materials. This compound appears as a white powder and boasts a melting point of 296 °C, offering excellent thermal stability that is crucial for maintaining performance under diverse environmental conditions. These characteristics make it a preferred choice for researchers and industries looking to leverage its superior properties in the fabrication of state-of-the-art perovskite solar cells and other renewable energy devices. The white powder form of Methylammonium Bromide > 99.99% is highly valued for its purity and ease of integration into various scientific processes, enhancing its utility in both academic and commercial settings.
Methylammonium Bromide > 99.99% is pivotal in developing perovskite-based devices. By facilitating the formation of perovskite layers with superior light absorption and emission properties, this compound significantly advances organic and hybrid photovoltaic systems. Its unique properties enhance the stability and durability of these devices, improving their performance and extending their lifespan. Additionally, the robust thermal stability and ideal bandgap of Methylammonium Bromide > 99.99% based compounds make it crucial for maintaining the structural integrity of solar cells across varied environmental conditions, thereby optimizing their efficiency and reliability in renewable energy applications.
Methylammonium Bromide > 99.99% is at the core of Noctiluca’s offerings, reflecting our commitment to excellence in chemical manufacturing for sustainable and efficient energy solutions. As a leading chemical manufacturer and contract research organization, we ensure that our clients receive only the highest quality materials that drive innovation and technological progress in the renewable energy and optoelectronics industries.
Contact us today to explore how our high-purity Methylammonium Bromide can revolutionize your projects, ensuring your venture benefits from the pinnacle of chemical research and development or to order larger quantities of the compound.
Methylammonium bromide (MABr) is an organic ammonium halide used as a key precursor in the synthesis of perovskites, particularly MAPbBr₃, employed in next-generation solar cells and optoelectronic devices.
The full name is methylammonium bromide, and its chemical formula is CH₆BrN. It is composed of methylammonium and bromide ions.
Noctiluca supplies MABr with a purity >99.99%, ensuring the highest quality and reproducibility in both research and industrial applications.
In its pure form, MABr is a white powder, easy to handle and soluble in common laboratory solvents.
It serves as a core precursor for producing MAPbBr₃, a perovskite material used in high-efficiency solar cells, LEDs, and photodetectors.
MABr has a molar mass of 111.97 g/mol, a melting point (Tm) of approx. 296°C, is thermally stable, and can be processed under controlled conditions.
Yes, MABr is a standard precursor in the synthesis of MAPbBr₃, a perovskite with green light emission and high optical stability.
High purity reduces structural defects in the resulting perovskite, leading to better energy conversion efficiency, lower recombination losses, and enhanced device stability.
Yes, MABr plays a significant role in the synthesis of light-emitting perovskites used in next-generation LED technologies.
While not a classical OLED component, MABr can be used in hybrid OLED structures where perovskite-based emission is employed.
Thanks to its high melting point (~296°C), MABr offers excellent thermal stability, which is essential during perovskite film processing.
High-purity MABr (>99.99%) enables the formation of low-defect perovskite films with greater resistance to degradation, thus improving the longevity and durability of solar cells.
Yes, once dissolved, MABr can be processed using methods like slot-die coating, inkjet printing, or spin-coating, making it suitable for roll-to-roll production technologies.
MABr should be stored in a dry, cool place, in a tightly sealed container, ideally under an inert atmosphere (e.g. argon or nitrogen) to maintain stability.
MABr is not classified as highly toxic, but like any laboratory-grade chemical, it should be handled according to safety protocols and under controlled laboratory conditions.
Yes, combining MABr with PbBr₂ in proper stoichiometric ratios enables the synthesis of MAPbBr₃, a core material in modern optoelectronic applications.
Yes, Noctiluca offers methylammonium bromide >99.99% in both laboratory-scale (from 5 g) and semi-industrial or production-scale quantities.
Yes, due to its >99.99% purity, MABr is suitable not only for academic research but also for commercial photovoltaic and LED products.
MABr supports high-quality perovskite crystallization, resulting in films with uniform morphology, low defect density, and high solar energy conversion efficiency.
As a precursor to bromide-based perovskites, MABr >99.99% enables the fabrication of structures with precisely tuned light emission, excellent optical parameters, and high operational stability in real-world environments.
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