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Construction & real estate›💡Electronic & Electrical›🍎Food & Beverages›🛋️Home furnishing & supplies›⚗️Industrial goods & chemical›🪨Minerals & metals›📦Miscellaneous›
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Construction & real estate›💡Electronic & Electrical›🍎Food & Beverages›🛋️Home furnishing & supplies›⚗️Industrial goods & chemical›🪨Minerals & metals›📦Miscellaneous›9-Phenanthracenylboronic acid (CAS 68572-87-2) is an organoboron compound used primarily as a Suzuki-Miyaura coupling reagent in pharmaceutical and agrochemical synthesis. Rsc supplies this material from Kunshan, Jiangsu province, China. The compound features a phenanthrene core functionalised at the 9-position with a boronic acid group, enabling palladium-catalysed cross-coupling with aryl halides to form carbon-carbon bonds. Its molecular formula is C14H11BO2, with a molecular weight of 236.05 g/mol typical for this structure. Purity levels are critical for reproducible reaction yields in multi-step synthetic routes.
The boronic acid moiety confers water stability relative to more reactive organoboron intermediates, though storage under inert atmosphere is standard practice to prevent protodeboronation. Typical commercial grades range from 95% to 98% purity, with higher specifications (greater than 99%) available on request for scale-up campaigns. The solid-state form is usually an off-white to pale yellow crystalline powder. Solubility profile spans polar organic solvents including THF, dioxane, and methanol, with limited water solubility at neutral pH. Batch-to-batch consistency in boron content and residual palladium levels matters significantly for regulated pharmaceutical applications.
Primary buyers include contract research organisations (CROs), custom synthesis houses, and API manufacturers developing kinase inhibitors, fluorescent probes, and organic semiconductors. Academic research laboratories purchase smaller quantities for methodology development. Rsc lists this compound with flexible order quantities; bulk supply is available for commercial campaigns. Buyers should confirm the specific purity grade, Certificate of Analysis (CoA) availability, and whether the material is supplied as free-flowing powder or requires micronisation for homogenous dosing. Incoterms and lead times should be discussed directly with Rsc, as these are not stated in the listing.
| CAS Number | 68572-87-2 |
| Molecular Formula | C14H11BO2 |
| Molecular Weight | 236.05 g/mol (typical) |
| Purity | 95-98% (typical commercial grade); higher purity available on request |
| Appearance | Off-white to pale yellow crystalline powder (typical) |
| Boron Content | Confirm with supplier (target 4.57% w/w theoretical) |
| Melting Point | Greater than 200 degrees Celsius with decomposition (typical for arylboronic acids) |
| Solubility | Soluble in THF, dioxane, methanol; limited water solubility (typical) |
| Storage Conditions | 2-8 degrees Celsius, desiccated, inert atmosphere (standard) |
| Packaging | Glass vial or amber bottle with inert gas overlay (typical for moisture-sensitive organoborons) |
Rsc operates from Kunshan Economic Development Zone in Jiangsu province, China, with a registered address at Weishanhu Road 17. The supplier is classified under the harbour trust tier and imported supplier tier within the marketplace system. The response rate is recorded at 0.00%, with average response hours at zero, indicating that direct communication with this supplier may be limited or that response data has not yet accumulated. Buyers should test responsiveness through initial enquiry before relying on this supplier for time-critical orders.
The listing provides no information about Rsc's manufacturing capabilities, quality management system certifications, warehouse facilities, or whether the company functions as a manufacturer, distributor, or trading agent. No employee count, year of establishment, revenue figures, or client references are stated. The company profile does not mention ISO certification, GMP compliance, or other quality accreditations relevant to pharmaceutical raw material supply. Buyers must verify Rsc's regulatory documentation, audit history, and supply chain transparency directly.
| 企业类型 | Supplier |
| 成立年份 | Contact Supplier |
| Employees | Contact Supplier |
| Annual Revenue | Contact Supplier |
| Main Products | View Products Tab |
| Major Markets | Global |
| 响应时间 | <4h |
| 响应率 | Contact Supplier |
Before ordering 9-phenanthracenylboronic acid from Rsc, verify the supplier's business licence, export licence for controlled chemicals, and whether the Kunshan facility manufactures the compound or sources it from a third party. Request a current Certificate of Analysis for an available batch, cross-checking the CAS number, molecular formula, and purity against your internal specifications. Confirm that Rsc can provide a safety data sheet (SDS) in your required language, and check whether the boronic acid classification triggers any import restrictions or hazardous material handling requirements in your jurisdiction. Ask for reference customers or batch track records if regulatory compliance is essential for your application.
Logistics arrangements with Rsc require explicit confirmation of lead times, which are not stated in the listing. Standard manufacturing lead times for speciality boronic acids from Chinese suppliers range from 2-8 weeks for stocked items, and 6-12 weeks for custom synthesis or large bulk orders. Confirm the Incoterms, whether FOB Shanghai/Ningbo or CIF destination port, and clarify responsibility for export clearance from China. Payment terms should be negotiated, with options typically including telegraphic transfer in advance for first orders, or documentary credit for larger transactions. Ask whether Rsc offers consolidated shipping for mixed orders, and whether temperature-controlled logistics are used during transit to prevent moisture ingress.
Quality assurance for this product demands inspection protocols beyond the Certificate of Analysis. Upon receipt, verify identity by proton NMR and mass spectrometry against a reference standard, and assay purity by HPLC with UV detection at 254 nm. Test Karl Fischer moisture content if anhydrous stoichiometry is critical. For pharmaceutical use, validate residual solvent content by GC-MS against ICH Q3C limits, and request heavy metals screening including palladium, if not already certified. Retain a reserve sample from each batch for future comparison. Establish a re-test programme based on Rsc's stability data or industry-standard 12-month intervals, and document storage conditions rigorously to support GMP compliance.
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