Oct. 20, 2026
Chemicals
Zirconium tetrachloride, commonly written as ZrCl4, is a moisture-sensitive inorganic compound used as a chemical intermediate and precursor in zirconium-related processes. Its suitability for a project depends on the required purity, impurity limits, moisture control, packaging, and downstream process—not just the CAS number. At Azeal Materials, we help B2B buyers clarify these requirements and evaluate sourcing options before requesting a quotation. This guide summarizes the compound’s key properties, common uses, and practical purchasing considerations.
This guide is intended for procurement teams, chemical distributors, process engineers, and R&D buyers evaluating zirconium tetrachloride for industrial or laboratory use. It can help you prepare a more precise inquiry, compare supplier offers, and identify information that should be confirmed before placing an order. It is not a substitute for a product specification, safety data sheet, or process-specific technical review. Buyers should use the supplier’s current documentation when assessing a particular batch.
Zirconium tetrachloride is an inorganic chloride of zirconium, with the molecular formula ZrCl4 and CAS Registry Number 10026-11-6. Its molar mass is approximately 233.04 g/mol. It is generally supplied as a white to off-white crystalline solid, although appearance should be confirmed against the specification for the product being purchased.
The compound is moisture-sensitive and can react with water through hydrolysis, forming zirconium-containing hydrolysis products and hydrogen chloride. This sensitivity makes dry handling, suitable sealed packaging, and controlled storage important considerations. Zirconium tetrachloride is reported to sublime at approximately 331°C under appropriate conditions; actual behavior depends on the material and operating environment.
Because moisture exposure can alter the material and release corrosive hydrogen chloride, buyers should review the product’s safety data sheet before receipt and use. Keep the container closed and follow the supplier’s recommendations for storage, transfer, and personal protective equipment. Do not assume that a general-purpose container or ordinary storage area is suitable. The required controls depend on the product form, package, quantity, and facility procedures.
Commercial offers may differ in purity, trace-metal limits, moisture-related requirements, particle characteristics, packaging, and documentation. Not every supplier uses the same grade names or test methods, so labels such as “high purity” should not be treated as a complete specification. Ask for numerical limits and the analytical basis behind them. For sensitive processes, clarify which impurities matter and whether they are measured on each batch.
| Specification area | What buyers should confirm |
|---|---|
| Purity | Minimum assay, test method, and whether the result is reported on a defined basis |
| Impurities | Relevant metallic and other impurity limits for the intended process |
| Moisture control | Any moisture-related limits, handling conditions, and package integrity expectations |
| Physical form | Appearance, particle size or other physical requirements, if important to processing |
| Documentation | Certificate of analysis, safety data sheet, and other documents required by your organization |
One established use of zirconium tetrachloride is as an intermediate in zirconium metal production. In reduction routes, ZrCl4 is converted to zirconium metal under controlled process conditions. It is also used as a starting material for preparing other zirconium compounds, where the required purity and impurity profile depend on the downstream chemistry.
Zirconium tetrachloride can serve as a component or precursor in selected catalyst systems, including some polymerization-related applications. It may also be used in research and materials development where zirconium-containing compounds or materials are required. These uses are process-specific: the correct grade depends on catalyst formulation, sensitivity to contaminants, reaction conditions, and the required performance of the final material. Buyers should provide the supplier with the intended use at a level that supports an appropriate specification discussion.
Azeal Materials contains other products and information you need, so please check it out.
Start by describing the process stage in which the product will be used and the properties that could affect process performance. Identify whether purity, particular trace elements, moisture control, particle form, or batch consistency is the primary concern. If your internal specification includes limits, share them with prospective suppliers rather than asking only for a general grade. This helps prevent a technically unsuitable product from appearing comparable on price alone.
Review each offer line by line, including the assay method, impurity limits, packaging, and batch documentation. A stated purity percentage is not enough if suppliers use different methods or omit impurities that matter to your process. Ask whether the certificate of analysis applies to the supplied batch and what parameters it reports. If a requirement is not listed, confirm whether the supplier can assess it before assuming it is controlled.
Discuss package type, net quantity, sealing, labeling, and any shipment or storage constraints before issuing a purchase order. Since the compound is moisture-sensitive, the package must be appropriate for preserving material condition through handling and transit. Request the proposed minimum order quantity, available pack sizes, estimated lead time, and shipping terms for your destination. These commercial details can vary with order size, stock status, origin, and transport requirements.
There is no single reliable price for zirconium tetrachloride across all grades and order sizes. Quotes may vary according to purity, impurity limits, packaging, quantity, documentation, and delivery destination. Minimum order quantities and lead times are likewise supplier- and shipment-specific, so buyers should request current information for the exact specification and volume required.
For an efficient quotation, provide your target grade or specification, estimated quantity, preferred packaging, destination, required documents, and target delivery date. If you are still developing a specification, explain the application and ask the supplier to identify which product details need confirmation. A clear request can reduce avoidable quote revisions and make supplier comparisons more meaningful. Do not treat an indicative price or lead time as confirmed until the supplier has verified the order details.
Evaluate responses against your own purchasing and quality requirements. Avoid relying on broad claims such as “suitable for all applications” or on an unspecified purity label. For regulated or highly sensitive processes, route the documents through your quality, safety, and technical teams before approval. Confirm that the product, package, and documentation match the final purchase order.
At Azeal Materials, we support B2B buyers by discussing product requirements, quotation details, and the documentation needed to assess zirconium tetrachloride for a specific use. We can review requested purity and impurity parameters, quantity, packaging preferences, destination, and timing to help establish whether an offer aligns with your inquiry. Availability, grade options, and delivery schedules should be confirmed for each request. We encourage buyers to share a written specification or describe the process requirements when one is not yet finalized.
Zirconium tetrachloride (CAS 10026-11-6) is a moisture-sensitive zirconium compound used as an intermediate, catalyst-related material, and precursor for other zirconium products. Its basic identity is straightforward, but selecting the right product requires attention to purity, impurities, moisture control, packaging, and the intended application. The practical next step is to define your critical requirements and compare supplier documentation against them. Contact Azeal Materials with your target specification, quantity, packaging needs, and destination to discuss a suitable sourcing option and current quotation details.
If you want to learn more, please visit our website Cas 10026 11 6.
Previous: PVP for Semiconductor Applications: Uses and Grade Selection
Next: How Does Dielectric Strength Affect Insulation Performance?
If you are interested in sending in a Guest Blogger Submission,welcome to write for us!
All Comments ( 0 )