Specialty materials for photovoltaic cell and module manufacturing — from crystalline silicon to thin-film technologies.
Our solar energy materials are used across a wide range of industries and applications. Below are the most common use cases where our products deliver consistent, documented performance.
Browse our solar energy materials portfolio organized by product family. Each category includes detailed specifications, safety data and downloadable documentation.
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View products →Our most popular solar energy materials — selected for high demand, reliable supply chain and comprehensive documentation.
CAS 207739-72-8
Spiro MeOTAD丨CAS 207739-72-8 (short for 2,2′,7,7′-Tetrakis(N,N-di-p-methoxyphenylamine)-9,9′-spirobifluorene), is a widely used organic compound in the field of optoelectronics, particularly in perovskite and dye-sensitized…
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CAS 14965-49-2
Methylammonium iodide丨CAS 14965-49-2 is a cornerstone material in the field of hybrid perovskites, enabling high-performance applications across photovoltaics, LEDs, and sensors. Its…
View details ›CAS 10101-63-0
Lead iodide丨CAS 10101-63-0 (PbI₂) is a chemical compound with various applications and benefits across different fields. It is commonly used in scientific…
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CAS 99685-96-8
Buckminsterfullerene丨CAS 99685-96-8, commonly known as C₆₀, is a spherical molecule composed of 60 carbon atoms arranged in a structure resembling a soccer…
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CAS 115383-22-7
Fullerene C70丨CAS 115383-22-7, is a carbon allotrope consisting of 70 carbon atoms arranged in a spheroidal cage. Unlike its more famous counterpart…
View details ›CAS 7789-17-5
Cesium iodide (CAS 7789-17-5) is a critical material in advanced detection and imaging technologies due to its scintillation efficiency, high atomic density,…
View details ›Every batch of Solar Energy Materials we supply undergoes rigorous quality control and comes with complete safety documentation. We are committed to protecting the people who handle our products and the environments in which they are used.
Safety data sheets, handling guidelines and emergency response information are available for every product.
Access technical datasheets, safety documentation and regulatory filings for our solar energy materials range.
Detailed specifications, physical properties and application guidelines.
SDS in multiple languages with handling, storage and emergency information.
Lot-specific COA with purity, impurities and test methods.
REACH registration, TSCA status and regional compliance dossiers.
Perovskite precursors such as methylammonium and formamidinium halides, lead halides, transport layer materials, and thin-film deposition chemicals.
Typically 99.9% minimum with specific metal impurities controlled to the 10 ppm level, since trace metals strongly affect device efficiency and hysteresis.
Under argon in amber glass vials with PTFE seals, boxed with desiccant and moisture indicators.
For principal perovskite systems we can share reference spin-coating parameters and expected device performance from partner laboratories.
Typically 12 months stored sealed at 2-8 degrees C and protected from moisture; solutions should be freshly prepared.
Yes, from 1 g upward for lab devices, scaling to 100 g-plus for pilot module lines.
Tin-based halide systems such as SnI2 and formamidinium tin iodide are available for lead-free device research.
Catalogue precursors ship in 1-2 weeks; newly synthesized structures typically need 3-6 weeks.
HPLC or titration assay, ICP-MS metal scan, NMR confirmation for organic salts, and Karl Fischer water content.
Yes, pre-mixed cation and halide blends to your device recipe are available under confidentiality.
Tell us about your solar energy materials requirements and our specialists will respond with options, documents and a quotation.
