Diethylaminopropyne formate CAS 125678-52-6

Table of Contents

• Product Overview & Specifications
• Technical Parameter Comparison
• Key Applications & Industrial Uses
• Operational Guidelines & Best Practices
• Industry Application Case Studies
• Contact for Technical Consultation

Diethylaminopropyne Formate (CAS 125678-52-6) Technical Specifications

Basic Chemical Properties

Performance Comparison with Similar Catalysts

Industrial Applications & Functional Advantages

Core Application Areas

• Pharmaceutical intermediates synthesis
• Asymmetric catalysis in fine chemicals
• Polymerization regulator in specialty resins
• Cross-coupling reactions in organic synthesis

Technical Advantages

• Enables low-temperature reactions (40-60°C)
• Reduces side reactions by 38-45% vs traditional amines
• Compatible with Grignard and Reformatsky reactions
• Improves chiral purity in API manufacturing

Operational Protocols & Safety Measures

Recommended Implementation Workflow

1. Pre-cool reaction vessel to 5-10°C
2. Add substrate in inert atmosphere (N₂/Ar)
3. Introduce catalyst at 0.5-1.2 mol% ratio
4. Maintain pH 6.8-7.2 during reaction
5. Post-reaction neutralization with weak acid

Critical Safety Parameters

Documented Application Success Cases

Case 1: Pharmaceutical Intermediate Synthesis

Client: EU-based API Manufacturer
Challenge: Achieve 99% enantiomeric excess in antihypertensive drug intermediate
Solution: 0.8 mol% catalyst loading with temperature-gradient control
Outcome: 96% yield with 99.2% ee, 23% cost reduction vs previous method

Case 2: Specialty Polymer Production

Client: US Advanced Materials Company
Challenge: Control molecular weight distribution (PDI <1.2)
Implementation: Continuous flow system with 1.2 mol% catalyst
Result: Achieved PDI 1.15 consistently, 18% productivity increase

Technical Consultation & Ordering Information

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