4-(2-benzOthiazOlyldithiO)mOrphOline cas 95-32-9

4-(2-Benzothiazolyldithio)morpholine CAS 95-32-9: Comprehensive Product Guide

Table of Contents

• 1. Product Overview & Comparative Analysis
• 2. Key Applications & Functional Mechanisms
• 3. Industry Use Cases
• 4. Client Success Stories
• 5. Technical Consultation & Inquiry

1. Product Overview & Comparative Analysis

2. Key Applications & Functional Mechanisms

2.1 Primary Industrial Applications

• Rubber Vulcanization: Secondary accelerator in NR, SBR, NBR, and EPDM compounds
• Retread Compounds: Improves adhesion between old/new rubber layers
• High-Performance Tires: Enhances heat resistance (up to 120°C continuous service)

2.2 Technical Advantages

• 20-30% faster cure rates vs. conventional thiazoles
• Reduced VOCs emission during processing
• Non-nitrosamine forming chemistry

3. Industry Use Cases

3.1 Tire Manufacturing Optimization

In radial tire sidewall formulations (Natural Rubber/Butadiene Rubber blends):

• Typical dosage: 0.3-0.6 phr
• Resultant properties:
  • Flex fatigue resistance: +40% improvement
  • Ozone resistance: 100pphm @ 40°C, 20% strain

3.2 Industrial Hose Production

For oil-resistant NBR hydraulic hoses:

• Compound formulation:
  • NBR (34% ACN): 100 phr
  • Filler system: Carbon black N550
  • Accelerator ratio: 1.2:1 (CBS/95-32-9)
• Performance outcome:
  • Shore A hardness: 70±2
  • Volume swell in IRM903: <15%

4. Client Success Stories

4.1 Case Study: Southeast Asia Tire Manufacturer

• Challenge: Reduce curing press time while maintaining dynamic properties
• Solution: 0.5 phr 95-32-9 + 1.8 phr Sulfur system
• Results:
  • Cure time reduction: 153s → 118s (-23%)
  • Production output increase: 18.7%
  • Rebound resilience: 62% → 65%

4.2 Case Study: European Conveyor Belt Producer

• Objective: Improve heat aging resistance for mining applications
• Formulation: 95-32-9 @ 0.4 phr with EV cure system
• Performance Gains:
  • 70hr @ 100°C aging:
    • Tensile retention: 89% vs. 76% previous
    • Elongation retention: 82% vs. 68%
  • Field service life extension: 14 months → 22 months

5. Technical Consultation & Inquiry

For formulation assistance or technical specifications:

• Email: info@vivalr.com
• Phone: (86) 15866781826

Request sample formulation sheets or MSDS documentation:

• Provide:
  • Base polymer type
  • Target cure characteristics
  • End-product performance requirements