To source 4-Benzyloxy-2-methylphenylboronic acid, CAS 847560-49-0, I recommend confirming the exact identity, required purity, analytical documentation, quantity, packaging, and delivery destination before comparing suppliers. This organic boronic acid is a substituted aryl boronic acid commonly considered for synthetic chemistry and medicinal chemistry workflows, particularly where a benzyloxy-protected phenyl group and a boronic acid handle are required. The listed molecular formula is generally represented as C14H15BO3, with a molecular weight of approximately 242.08 g/mol, but buyers should verify these details against the supplier’s current specification and certificate of analysis.
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At Maison Chemical, I approach this product as a specification-matching and supply-planning project rather than a simple catalog purchase. I can help buyers clarify the target grade, request available documentation, assess packaging and lead-time options, and coordinate a quotation for research, process-development, or custom sourcing requirements.
This guide is intended for procurement teams, research organizations, pharmaceutical and agrochemical developers, contract research companies, and laboratories purchasing 4-Benzyloxy-2-methylphenylboronic acid for planned synthesis. It is also useful for distributors that need a reliable technical description before requesting an offer from an organic boronic acid supplier. Because the appropriate purchasing route depends on scale and documentation requirements, I recommend using this guide before sending a request for quotation.
The product may be relevant when a project requires an aryl boronic acid containing a benzyloxy substituent and an ortho methyl group. These structural features can influence downstream reaction design, protection and deprotection planning, purification strategy, and analytical interpretation. I do not recommend selecting this material by name alone, because similar substituted aryl boronic acids may have different CAS numbers, molecular weights, and reaction behavior.
4-Benzyloxy-2-methylphenylboronic acid is an aromatic boronic acid derivative identified by CAS 847560-49-0. Its boronic acid group is the key reactive functionality, while the benzyloxy group can serve as an oxygen-containing substituent that may be retained or modified in a synthetic sequence. The methyl substituent adds further positional and electronic definition to the aromatic ring, making exact regiochemistry important during sourcing.
In many synthetic programs, aryl boronic acids are evaluated as coupling partners in carbon–carbon bond-forming chemistry, including palladium-catalyzed cross-coupling approaches. Actual performance depends on the reaction substrate, catalyst system, base, solvent, temperature, water content, handling conditions, and the quality of the supplied material. For that reason, I treat general reaction suitability as a project-specific question rather than an absolute product claim.
| Item | Reference information | Buyer action |
|---|---|---|
| Product name | 4-Benzyloxy-2-methylphenylboronic acid | Confirm spelling, substitution pattern, and structure |
| CAS number | 847560-49-0 | Match the CAS number across quotation and documents |
| Approximate molecular formula | C14H15BO3 | Verify against the supplier’s specification |
| Approximate molecular weight | 242.08 g/mol | Use the supplier-confirmed value for calculations |
For this product, the most important distinction is usually not a broad commercial grade label but the level of quality control and documentation required by the application. A research-grade purchase may focus on identity, assay, appearance, and practical availability, while process-development sourcing may require tighter impurity control, batch consistency, residual solvent information, and a defined packaging configuration. If the material is intended for a regulated development pathway, I recommend discussing the documentation package before placing a purchase order.
Potential specification items include assay or purity, water content, residual solvents, related substances, elemental impurities where relevant, appearance, and analytical identity. Depending on the supplier and batch, available evidence may include HPLC, NMR, LC-MS, melting-point information, or other analytical records. I advise buyers to request only the documents needed for their decision, while ensuring that the certificate of analysis corresponds to the actual batch offered.
Medicinal chemistry teams may select this building block when they are exploring substituted biaryl or related aromatic structures. The product can be assessed as a defined intermediate for route scouting, analog preparation, or library synthesis, subject to the project’s reaction conditions. Small-quantity purchasing is often appropriate at this stage, but the buyer should still confirm the package size, storage statement, and available analytical data.
Process teams should evaluate more than the initial unit price. They should consider batch-to-batch consistency, impurity profiles, solid handling, packaging, shipping conditions, and the supplier’s ability to discuss repeat supply. A material that performs acceptably in a small experiment may still require additional qualification before it is used in a larger or more controlled process.
Distributors and project managers may need a supply option that supports a specific quantity range, destination, and document format. In this situation, I recommend confirming whether the supplier is offering existing inventory, production against order, or a custom sourcing route. These routes can differ in lead time, minimum order quantity, price structure, and the extent of pre-shipment documentation.
Start with the full product name and CAS 847560-49-0, then ask for a structure or product specification if there is any uncertainty about substitution position. Compare the proposed formula and molecular weight with your internal records, but treat these as screening references rather than a substitute for supplier documentation. I also recommend checking whether the material is supplied as the intended free boronic acid and not as a protected derivative or a different positional isomer.
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State the intended use, target quantity, and minimum acceptable purity or analytical requirements in the initial inquiry. If your team needs a specific assay method, impurity limit, water limit, or residual-solvent statement, include it before the quotation is prepared. Clear requirements reduce the risk of comparing offers that appear similar but do not provide equivalent quality evidence.
Ask whether the supplier can provide a batch-specific certificate of analysis, safety data sheet, product specification, and relevant analytical information. Confirm the net weight per container, number of containers, labeling, and whether the packaging is suitable for the expected storage and handling environment. For sensitive or moisture-affected materials, the buyer should request the supplier’s recommended storage conditions rather than assuming that a general laboratory storage practice is sufficient.
Compare MOQ, available quantity, production status, lead time, delivery terms, and payment conditions together with the unit price. A lower quoted price may not represent better value if it requires a larger quantity than the project can use or lacks the documentation needed for internal approval. I suggest requesting a staged quotation when possible, such as a laboratory quantity and a larger development quantity, so the team can compare practical purchasing routes.
The price of 4-Benzyloxy-2-methylphenylboronic acid can vary according to quantity, purity target, batch availability, analytical requirements, packaging, destination, and whether the material is supplied from stock or produced after order confirmation. I do not recommend publishing or relying on a fixed price without a current quotation because these variables can change the commercial result. The same principle applies to MOQ and lead time, which should be confirmed for the exact requested quantity.
For an efficient quotation, I recommend providing at least five details: required quantity, target quality level, destination country, desired delivery date, and documentation requirements. Buyers should also state whether they need one batch or repeat supply over several purchase cycles. This information allows Maison Chemical to assess the most suitable sourcing path instead of returning a generic catalog response.
I also advise buyers to check communication quality during the quotation stage. A supplier should be able to distinguish confirmed information from information that still requires production or laboratory verification. Clear answers about batch status, documentation, and limitations are more useful than unsupported assurances about performance or availability.
One common mistake is ordering by product name without checking the CAS number and substitution pattern. Another is comparing purity percentages without checking how purity was measured or whether the certificate belongs to the batch being offered. Buyers may also overlook packaging, resulting in a technically suitable material that is inconvenient to store, sample, or distribute internally.
A further mistake is requesting a delivery date without explaining whether the material is needed for a fixed experiment, a customer commitment, or a continuing program. Lead-time planning is more reliable when the supplier knows the commercial priority and the required quantity. I recommend obtaining written confirmation of the final specification, quantity, documents, and delivery assumptions before order release.
At Maison Chemical, I can help organize a sourcing discussion around the actual needs of your project. This may include confirming product identity, reviewing the requested specification, checking feasible quantity and packaging options, coordinating analytical documentation, and preparing a quotation for the destination and delivery terms you specify. Where information requires batch or production confirmation, I will present it as subject to verification rather than treating it as a guaranteed fact.
For repeat programs, I can also help structure the inquiry around forecast quantity, planned order frequency, acceptable alternatives, and documentation expectations. This approach can make future purchasing more predictable while preserving the distinction between an initial research sample and a material intended for process development. Any final suitability decision should remain with the buyer’s technical and quality teams.
4-Benzyloxy-2-methylphenylboronic acid CAS 847560-49-0 should be sourced through a structured review of identity, quality, documentation, quantity, packaging, and delivery requirements. Its approximate molecular weight is 242.08 g/mol, and the reference molecular formula is C14H15BO3, but these details should be confirmed against the current supplier specification. The best supplier is not necessarily the one with the lowest unit price; it is the one that can provide a suitable material and transparent support for your intended use.
As the next step, send Maison Chemical your required quantity, target purity, application stage, destination, preferred delivery timing, and document requirements. I can then help determine whether an available batch, production order, or customized sourcing route is the most appropriate option. This information will allow you to receive a more relevant quotation and make a better-supported purchasing decision for your organic boronic acid program.
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