Zinc Bis[O-(2-ethylhexyl)] bis[O-(isobutyl)] Bis(dithiophosphate) Cas 26566-95-0

Zinc Bis[O-(2-ethylhexyl)] bis[O-(isobutyl)] Bis(dithiophosphate) CAS 26566-95-0 Technical Guide

Table of Contents

• Product Specifications & Comparative Analysis
• Industrial Applications
• Operational Guidelines
• Case Studies
• Client Success Stories
• Expert Consultation

1. Product Specifications & Comparative Analysis

2. Industrial Applications

This organozinc compound serves as a high-performance secondary accelerator in sulfur-curing systems, particularly effective for:

• NR/SBR tire tread formulations
• EPDM weatherstrip seals
• NBR oil-resistant hoses
• CR industrial belts

Shows exceptional synergy with thiazole-type accelerators, reducing scorch time by 15-20% compared to conventional zinc dialkyldithiophosphates.

3. Operational Guidelines

4. Performance Case Studies

Automotive Vibration Mounts (NBR-based):
Addition of 0.6phr improved compression set resistance by 28% while maintaining original tensile strength (ASTM D395 Method B)

Mining Conveyor Belts (SBR/NR Blend):
Demonstrated 40% reduction in cure time versus ZDMC systems, achieving equivalent crosslink density (MH-ML measurement)

5. Client Success Stories

Case 1: Southeast Asian Tire Manufacturer
Challenge: Reduce vulcanization energy costs without compromising tread wear resistance.
Solution: Implemented 0.75phr in tread compound formulation
Results: 18% lower energy consumption | 12% improvement in DIN abrasion resistance

Case 2: European Automotive Supplier
Challenge: Eliminate nitrosamine formation in EPDM seals
Solution: Replaced MBT/ZMBT system with optimized dosage
Results: ND (<0.01ppm) nitrosamines detected | 22% faster production cycle

6. Expert Consultation

For formulation optimization or technical specifications:
Email: info@vivalr.com
Tel: (86) 15866781826
Submit inquiry for SDS/CofA documentation and bulk pricing.