CAS 9011-13-6: Specifications, Uses, Safety, and Buying Guide

CAS 9011-13-6 should be purchased only after the chemical identity, grade, and intended application have been confirmed with the supplier. A CAS number is a useful identification reference, but it does not by itself define commercial grade, concentration, physical form, performance, or regulatory status. I recommend that buyers request the current Safety Data Sheet (SDS), Certificate of Analysis (COA), product specification, and sample before approving the material for production.

Read more

Because different suppliers may describe the same CAS reference with different trade names, compositions, or quality parameters, the safest approach is specification-based purchasing. In this guide, I explain what to verify, how to match the material to an application, which safety documents to review, and how Yuking can support technical and commercial evaluation.

Who This Guide Is For

This guide is intended for procurement teams, formulation chemists, quality managers, distributors, and manufacturers evaluating CAS 9011-13-6 for industrial use. It is especially relevant when a buyer has received the CAS number from a formulation, customer specification, or existing raw-material list but does not yet have a complete technical profile.

I also recommend this verification process for buyers comparing suppliers from different countries. A quoted CAS number should not be treated as proof that two products are interchangeable. Grade, active content, residual monomer level, viscosity, moisture, packaging, and documentation can all affect processing and final-product performance.

Basic Concept and Identity Verification

CAS 9011-13-6 is a chemical registry reference, not a complete purchasing specification. The CAS number helps identify the substance family, but buyers still need to confirm the supplier’s chemical name, composition description, physical form, and applicable restrictions. If the supplier’s name, SDS, COA, and label do not describe the material consistently, I would pause the purchase until the discrepancy is resolved.

For a reliable identity check, I suggest comparing at least four items: the CAS number, chemical or polymer name, supplier product code, and the composition information shown in the SDS. For polymeric or formulated materials, the CAS entry may not describe every component in the commercial product. This is why the product grade and formulation description are as important as the registry number.

Documents to Request Before Approval

• Current Safety Data Sheet in the destination-market language.
• Certificate of Analysis for the actual production batch.
• Technical Data Sheet with test methods and specification limits.
• Sample label showing CAS number, batch number, net weight, and storage information.
• Statement covering applicable regulatory, allergen, or restricted-substance requirements when relevant.

Specifications Buyers Should Review

There is no single specification sheet that is suitable for every application. I recommend evaluating the parameters that directly influence dosing, mixing, storage, and finished-product performance. The exact limits should come from the supplier’s official grade specification rather than from an assumed industry value.

Test conditions must be read carefully. For example, a viscosity value measured at 25°C may not be comparable with a value measured at another temperature, even when both are reported in mPa·s. I therefore advise buyers to compare complete test methods, not only headline numbers.

Application Matching

The most appropriate use of CAS 9011-13-6 depends on the verified grade and its technical behavior. Potential application areas should be confirmed through the supplier’s technical documentation and application testing rather than inferred from the CAS number alone. A material used in a water-based formulation may require different viscosity, compatibility, and preservation controls from one used in a solvent-based or solid system.

Questions for Formulation Teams

• Is the material used as a primary ingredient, functional additive, binder component, or processing aid?
• Will it be used in a water-based, solvent-based, or solvent-free system?
• What is the target dosage and order of addition?
• What pH, temperature, shear, and mixing time will the material experience?
• Which performance properties must be maintained, such as stability, flow, film formation, or surface appearance?

Before scale-up, I recommend a controlled laboratory comparison with the current raw material or reference grade. A practical screening plan may use 100–500 g of sample for initial formulation work, followed by a 1–5 kg pilot batch if the laboratory results are acceptable. These quantities are planning benchmarks, not fixed requirements; the actual amount depends on batch size and test design.

Safety and Handling Considerations

Safety decisions must be based on the current SDS for the exact supplier grade. I do not recommend assigning a hazard classification, PPE requirement, transport category, or exposure limit from the CAS number alone. Commercial products can contain additional components, and regional classifications may differ.

Link to Yuking

At minimum, users should review SDS Sections 2, 4, 5, 6, 7, 8, 10, 11, 12, and 13 before handling the material. These sections address hazards, first aid, fire response, accidental release, storage, exposure controls, stability, toxicology, ecological information, and disposal. Operators should use suitable ventilation, protective gloves, eye protection, and protective clothing when required by the SDS and workplace risk assessment.

Storage and Transport Checks

Do not establish a storage temperature, shelf life, or transport method without confirmation from the supplier documentation. Buyers should verify whether the product is sensitive to freezing, heat, moisture, light, or prolonged exposure to air. The label should remain legible and include the batch number so that stock rotation and traceability can be maintained.

For receiving inspection, I suggest checking the package condition, seal integrity, label information, batch number, and delivery temperature when temperature control is specified. Any damaged package or unexpected appearance should be quarantined until quality personnel complete an assessment. Spills should be managed according to the SDS and local waste procedures rather than disposed of through an unapproved drain or waste stream.

Selection Framework for Buyers

I use a five-stage framework when evaluating a new chemical supplier. First, confirm identity and grade. Second, define the application and critical performance requirements. Third, compare specifications and test methods. Fourth, evaluate sample performance and documentation. Finally, review commercial terms, continuity of supply, and technical support.

1. Define the requirement: Record target application, annual volume, packaging preference, destination country, and required documents.
2. Verify the product: Match the CAS number, product code, chemical description, SDS, and COA.
3. Test the sample: Compare compatibility, processing behavior, and final-product performance against the approved reference.
4. Audit the commercial offer: Check MOQ, lead time, payment terms, packaging, shipping conditions, and validity of the quotation.
5. Approve with controls: Define incoming inspection parameters and the process for handling future specification changes.

Pricing, MOQ, and Lead-Time Factors

CAS-based price comparisons can be misleading because concentration, packaging, origin, testing, and delivery terms may differ. I recommend comparing the delivered cost per kilogram of active material where active content is relevant, rather than comparing only the quoted price per container. Buyers should also ask whether the quoted price includes export packaging, documentation, dangerous-goods handling, or special testing.

MOQ and lead time depend on grade, production planning, stock position, and destination. A buyer seeking regular supply should request both a sample schedule and a commercial replenishment schedule. As an internal planning target, many purchasing teams aim to receive technical clarification within 24–48 hours, but actual response time should be agreed with the supplier and is not a guaranteed service level.

How Yuking Can Support Your Evaluation

At Yuking, we support buyers by organizing the technical and commercial information required for a responsible CAS 9011-13-6 evaluation. We can review your intended application, confirm the available grade information, provide the relevant SDS and COA where applicable, and discuss sample requirements. Our role is to help you compare the material against your actual formulation and procurement criteria rather than relying on a CAS number alone.

When you contact us, please include the target application, estimated annual volume, destination country, required packaging, preferred delivery term, and any existing specification. If you already use a reference product, sharing its key parameters can make technical matching more efficient. We can then advise on a suitable sample quantity, testing sequence, and quotation basis.

Key Takeaways

• CAS 9011-13-6 is an identification reference, not a complete commercial specification.
• Always verify the chemical description, grade, composition, SDS, COA, and product code together.
• Compare viscosity, solids, moisture, pH, appearance, and impurity limits using identical test conditions.
• Base safety, storage, transport, and disposal decisions on the SDS for the exact product grade.
• Use laboratory samples and controlled pilot testing before approving production-scale purchasing.
• Evaluate total delivered cost, MOQ, lead time, documentation, and supplier support—not price alone.

Conclusion: How to Buy CAS 9011-13-6 with Lower Risk

The most reliable way to buy CAS 9011-13-6 is to treat the CAS number as the starting point of a verification process. Confirm the exact grade, obtain current technical and safety documents, compare measurable specifications, and test the material in the intended formulation. This approach reduces the risk of purchasing a product that is chemically similar on paper but unsuitable for your process.

As a next step, prepare your application requirements and send them to Yuking for review. Include the required specification, sample quantity, annual demand, packaging, destination, and compliance documentation. We can help you establish a clear technical and commercial basis for evaluating CAS 9011-13-6 and preparing a suitable B2B quotation.

Contact us to discuss your requirements of cas 9011-13-6. Our experienced sales team can help you identify the options that best suit your needs.