Triethylenetetramine Cas 112-24-3

Table of Contents

• Product Overview & Specifications
• Key Industrial Applications
• Operational Use Cases
• Client Implementation Examples
• Safety & Handling Protocols
• Technical Consultation & Quotation

Triethylenetetramine (TETA) Technical Profile

Chemical Identification

Grade Comparison

Industrial Utilization Matrix

Epoxy Curing Systems

Primary crosslinker for ambient-cure epoxy formulations in adhesives and coatings, achieving optimal glass transition temperatures (T_g) between 120-150°C.

Gas Purification

Effective alkaline absorbent for acid gas (CO₂, H₂S) removal in natural gas processing with absorption rates exceeding 90% at 40°C.

Textile Chemistry

Critical intermediate in reactive dye synthesis, particularly for cotton fiber applications requiring wash-fastness ratings ≥4-5 on ISO scale.

Process Implementation Scenarios

Case 1: Marine Coating Formulation

Optimized epoxy curing system using TETA at 12-15% loading achieved:

• Salt spray resistance: 3,000+ hours (ASTM B117)
• Adhesion strength: 8.5 MPa (ASTM D4541)
• Pot life extension: 45 minutes → 75 minutes

Case 2: Biogas Upgrading Plant

TETA-based scrubbing solution demonstrated:

• CO₂ removal efficiency: 92.4% at 30°C
• Regeneration energy: 2.8 GJ/ton CO₂
• Solution lifetime: 18 months continuous operation

Client Deployment References

Coating Manufacturer (Shandong, China)

Annual consumption: 80 metric tons
Application: High-performance pipe coatings
Results: 22% reduction in curing time vs. competing amines

Chemical Processor (Jiangsu, China)

Annual consumption: 150 metric tons
Application: Specialty chelating agents
Results: 99.5% metal ion complexation efficiency

Hazard Mitigation Protocol

Technical Partnership Inquiry

For formulation support or bulk procurement:
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