Tert-Butyldimethylsilyl (S)-(+)-glycidyl ether: Reliable Supply

Need high-purity tert-Butyldimethylsilyl (S)-(+)-glycidyl ether? Get specs, uses, and trusted India sourcing tips. Explore AgexPharma options now.

Introduction

If you are checking a silyl ether for use in making asymmetrical molecules or as an intermediate for an API you need clear information, about purity, how to handle it and whether you can rely on a steady supply. This guide gives that. It offers specifications, real-world examples and a vendor checklist that helps reduce risk when buying a chiral silyl ether.

Table of Contents

1. Why this guide matters now

2. What is tert-Butyldimethylsilyl (S)-(+)-glycidyl ether?

3. Core applications in synthesis

4. Quality and handling checklist

5. How to choose a supplier in India

6. Expert insights and trends

7. Frequently Asked Questions

8. Conclusion

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Why this guide matters now

Procurement teams and process chemists often face the problems: inconsistent tests, unclear purity levels or long wait times for special silanes. The goal is simple: help you choose, check and get materials with confidence so your plan to develop a process doesn't stop.

What is tert-Butyldimethylsilyl (S)-(+)-glycidyl ether?

It's a silyl-protected glycidyl ether that is used as a building block in stereoselective synthesis. The TBDMS group protects the alcohol and the epoxide makes it possible to do ring-opening chemistry. This is helpful when making scaffolds with specific stereochemistry.

Common Identifiers

Common identifiers you will find on COAs and catalogs:

• CAS: 123237-62-7 (for the S-(+) enantiomer)

• Purity targets: at 95 to 98 percent by GC/HPLC, with chiral purity mentioned when it is important.

Core applications in synthesis

This reagent shows up where chemists need a protected, chiral three-carbon handle. Common patterns include:

• Protecting-group strategy: TBDMS helps stabilize the hydroxyl group during -step reactions, which reduces unwanted side reactions.

• Epoxide ring-opening: Nucleophiles react with the epoxide ring to form amino alcohols or similar intermediates.

• API routes: The compound is used as a starting material in making active pharmaceutical ingredients especially when controlling stereochemistry is important.

• Literature and vendor notes: Literature and vendor notes show it is commonly used to make intermediates such as 1-benzylamino-3-(tert-butyldimethylsilyloxy)propan-2-ol analogues highlighting its role, in chemistry pathways.

Quality and handling checklist

• Analytical specs: Assay using GC or HPLC chiral purity if needed, residual solvents or water content and identity confirmed by NMR, IR or MS.

• Stability and storage: Keep cool and dry use gas if recommended limit exposure, to moisture verify COA expiration date and check retest policy.

• Safety and compliance: Review the SDS for personal protective equipment handling instructions and spill procedures and confirm R&D-only use statements where required.

How to choose a supplier in India

• Documentation: COA with assay, chiral data (if claimed), and batch traceability.

• Lead time: Clear dispatch timelines and buffer stock for repeat runs.

• Packaging: Gram-to-kilogram sizes with proper sealing.

• Support: Fast, technical answers on storage, compatibility, and alternatives.

Treat “supplier” and “manufacturer” differently; distributors can be faster, while manufacturers often offer tighter batch control at scale. Searching “tert-butyldimethylsilyl glycidyl ether India” can help you find regional stockists and cut customs delays.

Expert insights and trends

• Enantiomer clarity: Order the correct form (S-(+) vs R−); CAS numbers differ and impact stereochemistry.bldpharm+1

• Purity tiers: 95% vs 98%, choose based on step sensitivity and your purification capacity.

• Scale-up readiness: Verify the vendor can maintain chiral integrity and deliver consistent COAs across batches.

Frequently Asked Questions

1. What is the CAS number for the S-(+) enantiomer?

Commonly listed as 123237-62-7; always verify on the COA to avoid mixing with the R-(−) form.

2. What purity should I target for route scouting?

Many teams start with ≥95% for screening and move to ≥98% for critical steps or scale-up, depending on purification capacity.

3. How should I store this reagent?

Keep it cool, dry, and tightly sealed; follow the SDS and vendor guidance on inert atmosphere if specified.

4. Can I use this for non-pharma applications?

It’s primarily positioned for R&D and fine-chemical synthesis; confirm use-case suitability and compliance with your institution’s policies.

5. What documents should I request before purchase?

Ask for COA (assay, chiral data if applicable), SDS, and batch traceability; for larger orders, request a sample COA from the intended batch.

Conclusion

You now have a clear framework to specify, evaluate, and source this chiral silyl ether without guesswork: lock down analytical specs, validate storage and safety, and use a tight vendor checklist to avoid delays. For structured sourcing support and product documentation, explore options at AgexPharma and align on batch requirements early.