Zirconium tetrachloride (ZrCl4) is an inorganic chloride used mainly as an intermediate and precursor in zirconium metallurgy and chemical production. It is a white to off-white crystalline solid that reacts with moisture, so dry handling and moisture-resistant packaging are important. Its value to an industrial buyer depends on the intended conversion process, required purity, impurity limits, and supply specifications—not simply on the compound name. This guide explains its key properties, downstream uses, material options, and practical steps for evaluating a supply.
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This guide is intended for procurement teams, process engineers, research and development groups, and manufacturers assessing ZrCl4 as an industrial raw material. It is also relevant to buyers comparing suppliers or preparing a technical inquiry for a new application. Because downstream processes differ, the information below is a starting point rather than a substitute for process-specific qualification. Buyers should confirm compatibility and handling requirements with their own technical and safety teams.
Zirconium tetrachloride is a compound of zirconium and chlorine with the chemical formula ZrCl4 and CAS Registry Number 10026-11-6. Its molar mass is approximately 233.04 g/mol, and each formula unit contains one zirconium atom and four chlorine atoms. In industrial supply, it is valued as a source of zirconium that can be converted into other materials through suitable chemical or metallurgical processes.
ZrCl4 is commonly described as a white or off-white crystalline solid. It is moisture-sensitive: contact with water can cause hydrolysis and produce zirconium-containing hydrolysis products and hydrogen chloride. This behavior can affect material quality as well as handling safety, so open exposure to humid air or water should be avoided and site procedures must be followed.
At atmospheric pressure, zirconium tetrachloride is commonly reported to sublime at about 331°C. This temperature is a useful reference property, but actual behavior can depend on pressure, apparatus, and material conditions. For purchasing or process design, rely on the specification and technical documentation applicable to the supplied grade rather than treating a general reference value as a guaranteed operating condition.
By formula mass, zirconium accounts for approximately 39.1 wt% of pure ZrCl4. This is a theoretical composition figure, not a statement about recovery, process yield, or the zirconium content of a commercial lot. Actual process output depends on reaction design, feed quality, operating conditions, and losses.
ZrCl4 is typically evaluated by chemical purity and by the concentration of impurities that matter to the buyer’s process. Depending on the application, relevant specification items may include assay, moisture, and metallic or other trace impurities. A high headline purity alone may not address a critical impurity, so buyers should identify process-sensitive elements and request limits for them where needed.
Not every buyer needs the same grade. A process with tight impurity tolerances may require a more detailed specification than an early-stage evaluation, while a laboratory user may prioritize a smaller quantity and clear handling instructions. Define acceptance criteria before comparing quotations so that suppliers are responding to the same requirement.
One established role for ZrCl4 is as a feedstock in zirconium metal production. In a suitable reduction process, the chloride is converted to metal, after which additional processing may be needed to reach the form and quality required by the end use. For this route, buyers should pay particular attention to process-relevant impurities, consistent feed quality, and controls that limit moisture exposure.
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ZrCl4 can also serve as an intermediate for producing other zirconium compounds. The exact downstream product and conversion route determine which grade is appropriate, so it is important to tell a supplier what the material will be used to make rather than requesting a generic grade alone. For applications involving zirconia or other zirconium materials, confirm that the chosen synthesis route is compatible with chloride feedstock and establish impurity controls for the final product.
Zirconium tetrachloride is used in certain chemical and catalyst-related systems as a zirconium-containing reagent or component. Suitability depends on the specific reaction, formulation, and operating conditions; the compound should not be assumed to act as a universal catalyst. Before scale-up, technical teams should assess reactivity, compatibility, handling controls, and the influence of trace contaminants on the intended chemistry.
ZrCl4 pricing is not determined by purity alone. Quotation factors can include requested grade, order volume, packaging, documentation, destination, and current supply conditions. Minimum order quantity and lead time may also vary by specification and shipping requirements, so buyers should request these details for the exact quantity and destination under consideration.
For a useful quotation, provide the required specification, estimated quantity, packaging preference, delivery location, and target schedule. If the application is still under development, say so and identify the material quantities needed for evaluation separately from expected production demand. This allows a supplier to respond to the actual project stage without assuming that a trial requirement and a production order have identical terms.
Evaluate a supplier on its ability to respond to your technical and commercial requirements, not on an unverified general claim. Ask whether it can provide a clear product specification, explain available quality documentation, and discuss packaging and moisture-control considerations. Confirm how questions about nonconforming material or changes in requirements will be handled before placing an order.
As Azeal Materials, we work with buyers to clarify ZrCl4 requirements and discuss supply, documentation, packaging, and export needs for a project. Share your target grade, application, quantity, destination, and timing so we can assess the inquiry against your stated requirements. Final suitability should be established through your own technical review and acceptance process.
ZrCl4 is a useful zirconium-bearing intermediate for metal production, zirconium chemical synthesis, and selected specialized chemical applications. Its moisture sensitivity and the importance of process-specific impurity limits mean that correct grade selection and protected handling are central to successful sourcing. To assess whether it fits your project, define the conversion route, identify critical specification limits, and confirm packaging and documentation before purchase.
For a supply inquiry, send Azeal Materials your intended application, required specification, quantity, packaging preference, destination, and target delivery schedule. We can then discuss the relevant supply details and help you determine what information is needed for a responsible purchasing decision.
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