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Top 10 Perfluoromethyl Iodide Suppliers Worldwide?

Perfluoromethyl Iodide is a specialized fluorinated compound used in research, advanced synthesis, and selected industrial applications. Its supply chain is narrower than mainstream fluorochemicals. That makes supplier verification especially important.

Public sources provide useful context. OECD publications on PFAS emphasize persistent fluorinated structures, environmental management, and data transparency. The U.S. Environmental Protection Agency’s TSCA resources also highlight the need for accurate chemical identity, safety documentation, and responsible handling. ECHA materials provide additional insight into European chemical compliance and information requirements. These sources do not establish a universal ranking of suppliers. They do, however, support a careful evaluation framework.

This guide examines ten notable Perfluoromethyl Iodide suppliers worldwide. The comparison considers product specifications, stated purity, packaging, technical support, documentation, regional availability, and inquiry responsiveness. Supplier websites and published SDS or certificates can change. Verify every detail directly before purchasing.

The market remains specialized.

Some vendors publish limited capacity information. Others list availability only after technical review. This creates uncertainty, especially for laboratories planning recurring demand. A practical buyer should request a current certificate of analysis, batch information, transport guidance, and storage conditions. Independent confirmation is wise.

The ranking is therefore indicative, not absolute. It reflects publicly accessible evidence rather than undisclosed commercial data. That limitation matters. A supplier with less online visibility may still provide stronger quality control or better regional service. Readers should reassess the shortlist against their own compliance, safety, and application requirements.

Top 10 Perfluoromethyl Iodide Suppliers Worldwide?

Perfluoromethyl Iodide Profile: CAS 2314-97-8 and 195.91 g/mol

Top 10 Perfluoromethyl Iodide Suppliers Worldwide?

Perfluoromethyl iodide, also called trifluoroiodomethane, is identified by CAS 2314-97-8. Its molecular weight is 195.91 g/mol. The formula is CF3I. These details should match the supplier’s specification sheet, safety data sheet, and certificate of analysis. Small mismatches can signal outdated records.

A serious global supplier should provide lot-level purity data, production dates, packaging details, and traceable documentation. For this compound, buyers may need pressure-rated cylinders, clear net-weight information, and transport guidance. Storage instructions should be practical, not copied blindly from a template. Ask whether the material is made to order or held in stock. Lead times can change.

A useful top-ten comparison should examine technical transparency rather than search ranking. Check response quality, sample availability, analytical methods, and experience serving research or industrial laboratories. Confirm that the CAS number appears consistently across labels and documents. I would also review impurity limits, cylinder return procedures, and regional delivery capability. One limitation remains: supplier websites often show incomplete data. Direct document checks are still necessary. A polished page is not proof of reliable material.

Top 10 Perfluoromethyl Iodide Suppliers Worldwide? — Perfluoromethyl Iodide Profile

CAS 2314-97-8 | Molecular formula: CF₃I | Molar mass: 195.91 g/mol

CAS Number
2314-97-8
Molecular Formula
CF₃I
Molar Mass
195.91 g/mol

The chart shows the calculated contribution of each element to the molecular mass of perfluoromethyl iodide: carbon contributes approximately 12.01 g/mol, three fluorine atoms contribute approximately 57.00 g/mol, and iodine contributes approximately 126.90 g/mol. These values total approximately 195.91 g/mol. No company or brand-level supplier data is displayed.

Supplier Evaluation Metrics: Purity, Capacity, Lead Time, and Certifications

A credible Top 10 perfluoromethyl iodide supplier list should measure evidence, not visibility. Purity deserves the highest attention. Ask for a recent certificate of analysis, batch number, analytical method, and chromatogram. A stated purity above 99% means little without traceable testing. ISO/IEC 17025 accreditation strengthens laboratory credibility, although it does not guarantee every batch.

Capacity must include practical supply, not theoretical production. Request annual output, standard batch size, container format, and emergency allocation. Perfluoromethyl iodide requires careful storage and shipment planning. Lead time should be measured from purchase order to confirmed dispatch. Compare quoted delivery with historical performance. Three late shipments can matter more than one attractive quotation.

Certification is another screening gate. ISO 9001 supports process consistency, while relevant safety, transport, and chemical-compliance documents support responsible purchasing. The ISO Survey 2023 recorded approximately 1.26 million ISO 9001 certificates worldwide, so certification alone cannot distinguish the best suppliers. OECD’s PFAS-related publications also emphasize transparency and reliable substance information across supply chains. That point is easy to overlook. Deloitte’s 2024 Global Chemical Industry Outlook highlights resilience, visibility, and traceability as major industry priorities. A stronger supplier should provide change notifications, continuity plans, and responsive technical support. Rankings still involve judgment. Public information is often incomplete. Validate every claim before signing a contract.

Top 10 Global Suppliers by Region, Production Scale, and Trade Data

A credible Top 10 ranking of perfluoromethyl iodide suppliers should compare regions, production scale, and verified trade activity. East Asia often represents the strongest manufacturing base, supported by fluorochemical infrastructure and export capacity. North American suppliers typically emphasize high-purity material, technical documentation, and contract production. European producers remain important for regulated applications, smaller specialty batches, and quality-focused distribution. India is increasingly visible in custom synthesis and regional supply.

Scale matters. Large producers can support recurring industrial orders, while mid-sized facilities often serve research and pilot projects. A useful ranking should separate commercial production from catalog availability. Trade records can reveal shipment frequency, declared weight, destination markets, and packaging patterns. However, customs classifications may combine related fluorinated compounds, so raw shipment counts can mislead. Buyer names may also reflect distributors rather than manufacturers.

Supplier evaluation needs more than export volume. Check assay specifications, certificate consistency, storage conditions, lead times, and batch traceability. Packaging details matter, especially for small quantities shipped in sealed, labeled containers. Compliance documents should match the destination country and intended industrial use. Some suppliers report impressive capacity but provide limited evidence of continuous production. That deserves scrutiny. Production claims should be tested against recent shipment records, independent technical documents, and direct quality responses. A regional top-ten list is therefore best treated as a living market snapshot, not a permanent verdict.

Top 10 Perfluoromethyl Iodide Suppliers Worldwide? - Top 10 Global Suppliers by Region, Production Scale, and Trade Data
Data qualification: Perfluoromethyl iodide (CF3I, CAS No. 2314-97-8) is a niche specialty fluorochemical. Public sources do not disclose a verified global supplier ranking, dedicated plant capacities, or reliable country-level shipment volumes for this substance. The table therefore ranks the principal supplier-market regions by publicly observable fluorochemical capability and specialty-gas distribution relevance, without presenting unverified company names, brands, or fabricated shipment figures.
Rank Supplier Market Publicly Disclosed Production Scale Typical Supply Channel Trade-Data Visibility for CF3I Assessment Confidence
1 United States No dedicated CF3I capacity publicly reported; established specialty-gas and fluorochemical infrastructure. Research-grade and specialty-gas distribution; custom-packaged material for laboratories and industrial users. CF3I is generally not isolated in standard HS trade statistics; shipment values may be grouped with other halogenated derivatives or specialty gases. High for market relevance; low for product-specific volume
2 Germany No public dedicated capacity identified; strong fluorine chemistry, laboratory-gas, and analytical-supply base. Specialty chemical distribution, laboratory procurement, and custom synthesis routes. National customs data do not normally provide a unique public line for CAS No. 2314-97-8. High for market relevance; low for product-specific volume
3 China Dedicated CF3I capacity is not publicly quantified; large fluorochemical manufacturing base supports custom and small-batch production. Direct industrial sourcing, export-oriented specialty chemicals, and made-to-order production. Trade records can be aggregated under broad halogenated-organic chemical classifications, limiting product-level comparisons. Medium-high for market relevance; low for product-specific volume
4 Japan No verified public CF3I plant scale; advanced specialty-fluorochemical and electronic-materials capabilities are established. High-purity research supply, electronic-materials channels, and contract manufacturing. Public customs classifications generally do not distinguish CF3I from chemically related products. High for technical capability; low for product-specific volume
5 United Kingdom No publicly disclosed dedicated capacity; strong research-chemical, laboratory-gas, and contract-synthesis ecosystem. Laboratory-scale supply, custom synthesis, and distribution through research-chemical networks. Product-specific import and export volumes are not consistently visible because CF3I lacks a dedicated widely used HS-6 code. Medium-high for supply access; low for production volume
6 France No public dedicated capacity identified; established industrial-gas and fluorochemical research base. Specialty-gas distribution, academic research supply, and contract chemical manufacturing. Available customs data are usually reported under broader chemical categories and should not be interpreted as CF3I tonnage. Medium-high for market relevance; low for product-specific volume
7 Netherlands No dedicated CF3I capacity publicly reported; important European logistics and specialty-chemical distribution hub. European warehousing, import distribution, laboratory supply, and repackaging. Reported trade activity may reflect regional redistribution rather than domestic production; CF3I-specific values are not separately validated. Medium for distribution relevance; low for production volume
8 Italy No public dedicated production scale identified; established fine-chemical and specialty-gas manufacturing capability. Small-batch specialty chemicals, laboratory procurement, and regional distribution. CF3I shipments are likely combined with other fluorinated or iodinated organic compounds in public customs datasets. Medium for market relevance; low for product-specific volume
9 South Korea No verified public CF3I capacity; strong high-purity gas and electronic-materials infrastructure. High-purity industrial supply, research applications, and electronic-materials procurement. Public trade statistics generally lack sufficient chemical specificity to confirm CF3I shipment volumes. Medium-high for technical capability; low for product-specific volume
10 India No public dedicated CF3I capacity identified; expanding specialty-chemical and custom-synthesis sector. Custom synthesis, research-scale production, and imported specialty-gas distribution. Country-level data may capture related halogenated compounds under broad tariff headings and cannot establish CF3I volume independently. Medium for market relevance; low for product-specific volume
Reference specifications: Perfluoromethyl iodide is also known as trifluoroiodomethane, with the molecular formula CF3I, CAS No. 2314-97-8, and a molecular weight of approximately 195.91 g/mol. For procurement due diligence, buyers should request a current certificate of analysis, purity specification, cylinder or container details, production date, available quantity, and confirmed export classification directly from the seller.

Product Standards: CF₃I Purity, Boiling Point, Packaging, and SDS Data

When comparing the top 10 perfluoromethyl iodide suppliers worldwide, product standards should guide every decision. CF₃I is a volatile, liquefied gas with a boiling point near -22.5°C at atmospheric pressure. Supplier specifications should state purity clearly, often at 99.5% or higher, with trace moisture and non-condensable gases reported separately. These figures matter in research, specialty manufacturing, and controlled laboratory processes.

A reliable supplier provides a current certificate of analysis for each batch. The document should identify purity, test methods, lot number, production date, and storage conditions. Packaging also deserves close inspection. Suitable cylinders require compatible valves, secure labeling, pressure information, and protection from heat. The SDS should include physical hazards, exposure controls, transport guidance, emergency measures, and disposal information. A polished SDS is useful, but it does not replace technical verification. A clean number can still hide inconsistent testing.

Tips: Ask for a recent COA and SDS before ordering. Confirm the boiling point, net fill weight, valve type, and cylinder material. Check whether the supplier explains moisture control and shelf life. Compare packaging photographs with the written specification. Small details often reveal weak quality systems. Also, request independent retesting when the application is sensitive. This may add cost, but assumptions can become expensive.

Compliance Review: REACH, TSCA, ADR, and Perfluorochemical Regulations

Top 10 Perfluoromethyl Iodide Suppliers Worldwide? Compliance Review: REACH, TSCA, ADR, and Perfluorochemical Regulations

A supplier ranking should begin with compliance evidence, not advertising claims. Perfluoromethyl iodide requires a verified identity, CAS information, purity range, and documented impurity limits. Request a current Safety Data Sheet, Certificate of Analysis, and batch traceability record. Small details matter.

For European supply, check REACH status before ordering. Registration, exemption, or Only Representative arrangements may affect lawful placement on the market. The SDS must reflect the correct hazard classification and handling controls. ADR compliance also depends on concentration, packaging, transport category, tunnel restrictions, and the product’s assigned UN information. Do not accept a generic shipping statement. Ask for transport documentation linked to the exact grade.

In the United States, confirm whether the substance appears on the TSCA Inventory or requires a new chemical review. Importers should clarify who holds responsibility for notification and recordkeeping. Perfluorochemical rules remain uneven across jurisdictions. Some authorities use broad PFAS definitions, while others apply substance-specific controls or reporting duties. Perfluoromethyl iodide may need a separate regulatory assessment because its structure, volatility, and intended use can influence the outcome. A supplier unwilling to disclose regulatory assumptions is a warning sign. Even careful reviews can miss a national restriction or a changed threshold. Recheck official registers before purchase, especially for recurring shipments, controlled storage, and cross-border transport.

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