CAS 10026-11-6 (Zirconium Tetrachloride) Buying Guide

CAS 10026-11-6 identifies zirconium tetrachloride, commonly written as ZrCl₄. I recommend treating it as a moisture-sensitive inorganic chloride that must be selected by chemical identity, assay, water content, impurity profile, packaging, and supply capability rather than by CAS number alone. Its molecular weight is approximately 233.04 g/mol, and it is commonly supplied as a white to pale crystalline solid for zirconium compound production, chemical synthesis, catalyst-related work, and advanced materials processing.

Click here to get more.

For a reliable purchase, I first confirm the required grade and end use, then compare the certificate of analysis, packaging system, minimum order quantity, lead time, and export documentation. Because zirconium tetrachloride reacts with moisture and can release corrosive hydrogen chloride fumes, buyers should also verify handling, storage, transport, and site safety requirements before placing an order. A supplier should be able to answer these points clearly in a written quotation.

Who This Buying Guide Is For

This guide is intended for procurement teams, chemical manufacturers, research organizations, universities, and industrial users evaluating zirconium tetrachloride for repeat or project-based purchasing. It is particularly relevant when a buyer needs consistent raw material for zirconium chemicals, metallurgical intermediates, laboratory synthesis, or materials research. It can also help distributors compare suppliers before adding CAS 10026-11-6 to their product portfolio.

I focus here on practical buying decisions rather than only on a chemical definition. The most suitable product depends on the process sensitivity, required purity, acceptable moisture level, packaging format, regulatory destination, and expected annual volume. A technically suitable product may still be a poor commercial choice if the supplier cannot maintain consistent documentation or delivery performance.

Basic Product Context

Zirconium tetrachloride is an inorganic compound composed of zirconium and chlorine, with the formula ZrCl₄. It is moisture sensitive and hydrolyzes when exposed to water, producing zirconium-containing hydrolysis products and hydrogen chloride; for this reason, it is normally protected from atmospheric humidity during storage and handling. Its nominal molecular weight of 233.04 g/mol is useful for stoichiometric calculations and laboratory formulation.

Depending on process conditions, zirconium tetrachloride may be handled as a crystalline solid or transferred through specialized vapor or sublimation operations. Published physical-property values can vary with measurement method and pressure, so I advise buyers to request the supplier’s stated specification and test method rather than relying on a single general reference value. The product should be handled only by trained personnel using a documented risk assessment and suitable personal protective equipment.

Types, Grades, and Specification Options

Standard Industrial or Technical Grade

Technical-grade zirconium tetrachloride is generally selected for processes where the main requirement is a dependable zirconium chloride feedstock rather than ultra-low trace metals. The buyer should still request a defined assay range, appearance requirement, moisture or loss-on-drying limit where applicable, and a list of controlled impurities. “Industrial grade” is not a universal specification, so the exact limits must appear on the technical data sheet or purchase specification.

High-Purity or Research Grade

High-purity material may be appropriate for laboratory synthesis, electronic-material research, catalyst development, or applications affected by trace metals. In these cases, I recommend reviewing zirconium assay together with aluminum, iron, silicon, titanium, sodium, potassium, and other process-relevant impurities. Buyers should not assume that a high-purity label defines a fixed standard; the required impurity limits should be agreed before quotation.

Packaging and Handling Formats

Because CAS 10026-11-6 is moisture sensitive, packaging is part of the product specification. Depending on quantity and destination, suppliers may offer sealed inner liners, moisture-barrier bags, drums, or other compatible containers with protective outer packaging. The final choice should consider opening frequency, warehouse humidity, transport duration, customs requirements, and whether the material will be consumed in one operation.

Matching the Product to the Application

For zirconium compound manufacturing, buyers usually prioritize assay consistency, predictable reaction behavior, and reliable replenishment. A defined impurity profile is important when downstream purification, crystallization, or conversion chemistry is sensitive to trace contaminants. I recommend providing the intended downstream reaction or product family to the supplier, because this allows the specification to focus on relevant risks instead of unnecessary limits.

For research and laboratory use, smaller packaging, clear lot identification, and accessible analytical documentation may be more important than the lowest price per kilogram. The buyer should confirm whether the material is supplied as a free-flowing crystalline solid, whether it has been repacked, and how the container is sealed. A small, well-documented package can reduce exposure to repeated opening and help preserve material quality.

For high-temperature or vapor-phase processes, the buyer should discuss thermal behavior, loading method, particle characteristics, and container compatibility with the supplier’s technical team. Not every standard powder specification is suitable for vapor transport or controlled sublimation. Process-specific requirements should be written into the inquiry before samples or commercial lots are compared.

For more information, please visit Azeal Materials.

Buyer Selection Framework

1. Confirm Identity and Core Specification

Start with the CAS number, chemical name, formula, molecular weight, appearance, assay, and intended grade. Ask for a current certificate of analysis from a representative lot, while recognizing that a sample certificate is not a guarantee of every future batch. The purchase specification should define the acceptance criteria that matter to your process.

2. Review Moisture and Impurity Controls

Ask how the supplier controls exposure to humidity during production, filling, storage, and shipment. If water content is critical, request the test method, reporting unit, sampling point, and acceptance limit rather than accepting a general statement such as “dry material.” Also identify which metallic or ionic impurities could interfere with your downstream chemistry.

3. Evaluate Packaging and Documentation

Confirm the net weight per package, inner and outer materials, seal design, lot coding, label language, and storage instructions. For international orders, request the safety data sheet, commercial invoice information, packing details, and any documents needed for import review. Packaging should be compatible with the material’s moisture sensitivity and the practical conditions of the transport route.

4. Compare Supply Capability

Price should be evaluated together with MOQ, production availability, sample policy, lead time, and replenishment planning. A supplier that can offer only one spot lot may not meet the needs of a continuous manufacturing program. I recommend asking whether the supplier can reserve production capacity, maintain a consistent specification, and provide advance notice of material or packaging changes.

Pricing, MOQ, and Lead-Time Considerations

The price of zirconium tetrachloride can vary with purity, impurity limits, order volume, packaging, destination, documentation, and market conditions. A quotation without these details is difficult to compare fairly. I suggest sending a structured request that states the target quantity, required grade, package size, delivery term, destination country, and expected annual demand.

MOQ may differ between laboratory packs, standard commercial containers, and customized packaging. Lead time can also change when a supplier must manufacture a dedicated lot, complete additional testing, or prepare export documentation. For planning purposes, ask the supplier to separate sample lead time, first commercial order lead time, and repeat-order lead time.

Supplier Evaluation Checklist

When I evaluate a zirconium tetrachloride supplier, I look for clear product identification, a written specification, traceable lot numbers, and a consistent method for issuing certificates of analysis. I also review whether the supplier understands moisture-sensitive chemical logistics rather than treating the material as an ordinary dry powder. Evidence can include packaging descriptions, sample documentation, quality procedures, and technically complete answers to the inquiry.

A capable B2B supplier should communicate both what it can provide and what it cannot guarantee. Buyers should be cautious of unsupported claims about absolute purity, unlimited capacity, permanent stock availability, or universal regulatory acceptance. It is better to obtain a precise quotation with defined limits than a broad promise that cannot be verified.

How Azeal Materials Can Support Your Purchase

At Azeal Materials, I support B2B buyers by organizing inquiries around product identity, grade, quantity, packaging, destination, and application requirements. We can discuss CAS 10026-11-6 zirconium tetrachloride specifications, provide available technical documentation, and coordinate quotation details based on the requested volume and delivery location. The final specification and availability should always be confirmed for the specific order.

For repeat purchasing, I recommend sharing an estimated annual requirement and preferred delivery schedule. This helps us assess suitable packaging, production planning, documentation needs, and potential sampling arrangements. If your process has strict moisture or trace-metal limits, include those limits in the first inquiry so that the quotation is based on the actual technical requirement.

Key Takeaways

• CAS 10026-11-6 is zirconium tetrachloride, ZrCl₄, with a molecular weight of approximately 233.04 g/mol.
• Moisture sensitivity makes packaging, sealing, storage, and transport controls essential buying considerations.
• Grade selection should be based on assay, water control, trace impurities, particle or handling requirements, and end use.
• MOQ, lead time, documentation, and repeat-order capability should be compared together with price.
• A written specification and representative COA are more useful than an unsupported purity or availability claim.

Conclusion and Next Steps

The best way to buy CAS 10026-11-6 is to define the required zirconium tetrachloride grade before comparing suppliers. Confirm identity, assay, moisture control, relevant impurities, packaging, documentation, MOQ, lead time, and delivery terms in one written request. This approach reduces the risk of receiving a chemically correct product that does not fit your process or logistics requirements.

To request a quotation from Azeal Materials, send your target quantity, desired purity or impurity limits, package preference, destination, application, and required delivery date. I can then help structure the inquiry around a practical specification and clarify which quality and supply details need confirmation before purchase.

If you want to learn more, please visit our website Cas 10026 11 6.