Top 10 Perfluoromethyl Iodide Suppliers for Global Buyers
Selecting reliable Perfluoromethyl Iodide suppliers requires more than comparing online prices. This specialty compound, commonly identified as trifluoroiodomethane, demands careful attention to purity, cylinder design, filling accuracy, and transport conditions. Small differences can affect plasma performance, laboratory reproducibility, or downstream fluorochemical research.
Professor David O’Hagan, a respected fluorine-chemistry expert, has said, “Fluorine chemistry is a fascinating area of chemistry.” That observation fits Perfluoromethyl Iodide well. Its compact formula hides demanding handling requirements. Buyers should request a current certificate of analysis, impurity limits, moisture data, and batch traceability. Packaging matters, too. A suitable cylinder should arrive sealed, clearly labeled, and protected from heat, impact, and contamination.
This guide reviews ten potential Perfluoromethyl Iodide suppliers for global buyers. The assessment considers manufacturing capability, documented quality systems, technical communication, export experience, and order flexibility. It also examines whether suppliers provide practical details, such as minimum quantities, lead times, storage guidance, and emergency contact procedures.
Not every supplier publishes complete information. That is a weakness.
Some listings appear impressive but provide little evidence beyond a product name. Buyers should remain cautious. Independent verification is sensible before any purchase decision, especially for pilot-scale or regulated industrial work. Regional availability may change. Shipping rules may also differ by destination, carrier, and cylinder classification.
The companies discussed here should be treated as candidates, not automatic endorsements. A strong supplier relationship depends on transparent documentation, responsive technical support, and consistent product quality. That sounds basic. In practice, it is where many procurement decisions succeed or fail.
What Is Perfluoromethyl Iodide and Why Is It Used?
Perfluoromethyl iodide, also called trifluoromethyl iodide, is a halogenated compound with the formula CF3I. It is usually a colorless gas at room temperature, with a boiling point near -22.5°C. Commercial material is commonly supplied in pressure-rated cylinders. Buyers should check purity, cylinder condition, filling pressure, and transport documentation before ordering. Small details matter here.
Its main value comes from the reactive trifluoromethyl group. In controlled chemical research, CF3I can transfer this group to selected molecules, helping produce fluorinated intermediates for pharmaceutical, agrochemical, and materials development. Fluorination may improve molecular stability, lipophilicity, or resistance to metabolic breakdown. The result is not automatic. Reaction conditions, moisture control, and compatibility with equipment require experienced handling.
CF3I has also been studied in specialized electrical insulation and fire-control applications. Its relatively short atmospheric lifetime has attracted environmental interest, but that does not make it harmless or universally suitable. Decomposition can generate corrosive or irritating products, especially near heat or electrical arcs. A dependable supplier should provide current safety data, analytical specifications, batch traceability, and clear storage guidance. Buyers sometimes focus only on price. That is a costly mistake.
Top 10 Perfluoromethyl Iodide Suppliers by Market Profile
Top 10 Perfluoromethyl Iodide Suppliers for Global Buyers
Top 10 Perfluoromethyl Iodide Suppliers by Market Profile
The top ten supplier profiles differ more than their product names suggest. They include fluorochemical manufacturers, custom synthesis laboratories, research-grade catalog suppliers, regional distributors, and export-focused chemical traders. Some maintain pilot-scale production. Others offer only gram-level packaging. This distinction matters for global buyers.
Grand View Research’s fluorochemicals market analysis identifies specialty applications and high-purity materials as important growth areas. MarketsandMarkets also links demand to pharmaceutical research, advanced materials, and electronic chemicals. These reports do not isolate perfluoromethyl iodide. That limitation deserves attention. Public market data remains fragmented, and supplier rankings often rely on shipment visibility rather than audited revenue.
A practical market-profile comparison should examine purity claims, batch capacity, lead times, packaging, and technical support. Manufacturers may provide stronger traceability. Custom laboratories can solve unusual synthesis needs. Distributors often respond faster in smaller markets. Export specialists may simplify documentation, but buyers should verify storage conditions and transport permissions independently. Supplier websites alone are not enough.
Tips: Request a recent COA, SDS, impurity profile, and production-scale statement. Confirm whether the quoted material is made-to-order or held in stock. Compare three offers using the same purity specification. Small details matter. A low price can hide longer qualification cycles, unclear batch history, or unsuitable packaging. ECHA guidance and local chemical inventories should be checked before ordering.
Top 10 Perfluoromethyl Iodide Suppliers for Global Buyers
Product composition profile for procurement and supplier specification checks
Perfluoromethyl iodide, also known as trifluoroiodomethane, has the molecular formula CF₃I, CAS RN 353-83-3, and a molecular weight of approximately 195.91 g/mol. The chart shows the calculated contribution of carbon, fluorine, and iodine to its molecular mass. Global buyers can use this reference profile when comparing supplier specifications, purity statements, packaging documents, and regulatory compliance.
Key Compliance and Safety Checks for International Buyers
International buyers should treat perfluoromethyl iodide as a controlled specialty chemical, not a routine laboratory gas. The 2021 OECD report on PFAS terminology places fully fluorinated carbon groups within a broad PFAS framework. However, national definitions still differ. That gap can change registration, reporting, and waste obligations.
Request the supplier’s current SDS, certificate of analysis, batch number, and impurity profile. Check whether the document follows the UN Globally Harmonized System and matches the destination country’s language rules. The WMO–UNEP Scientific Assessment of Ozone Depletion: 2022 reports an atmospheric lifetime for CF3I of roughly 0.005 years and an ozone-depletion potential near 0.01. Short persistence does not remove compliance duties. Buyers should verify import permits, transport classification, packaging instructions, and customs codes before payment.
Safety checks need physical detail. Confirm cylinder pressure, valve type, fill date, leak-test records, and storage temperature range. Use a ventilated gas cabinet, oxygen monitoring, and compatible regulators. Decomposition can create hazardous fluoride and iodine-containing products during fire or extreme heating. The IATA Dangerous Goods Regulations and the IMDG Code should be checked separately; air and sea requirements may not match. A clean-looking cylinder proves little. One recurring weakness is relying on an old SDS, while the supplied batch has changed. Independent laboratory confirmation is wise when purity, moisture, or residual solvent levels affect process performance. Supplier ranking should follow documented evidence, not search visibility.
