Application Guide
ZBEC in Latex Applications: A Complete Guide
From dipping to molding – how ZBEC delivers nitrosamine-safe, fast-curing latex products
Latex applications present unique challenges in rubber compounding. ZBEC has emerged as a preferred accelerator for latex systems, offering fast cure response, excellent processing safety, and full regulatory compliance.
Why ZBEC for Latex?
ZBEC can be used as a primary or secondary accelerator in natural rubber latex and various synthetic latex systems. Key advantages include:
High resistance to hydrolysis
Excellent prevulcanization resistance in latex
Nitrosamine-safe – critical for medical and food-contact latex products
Fast cure even at relatively low curing temperatures
Applications in Latex
|
Application |
ZBEC Role |
|
Medical gloves |
Primary ultra-accelerator |
|
Condoms |
Primary ultra-accelerator |
|
Balloons |
Primary or secondary accelerator |
|
Dipped goods |
Primary or secondary accelerator |
|
Latex thread |
Secondary accelerator |
Formulation Guidelines
In latex compounds, ZBEC must be incorporated in the form of a water-based dispersion
ZBEC does not sensitize latex compounds
Typical dispersions: 40-50% ZBEC content
Comparison with Other Latex Accelerators
Among zinc dithiocarbamate accelerators, ZBEC provides:
Longest scorch resistance
Best processing safety
Lowest nitrosamine risk
Market Trend
The medical glove and dipped latex goods sectors are among the fastest-growing applications for ZBEC, driven by:
Increased healthcare demand post-pandemic
Stringent regulations on medical device safety
Growing consumer awareness of chemical safety in consumer goods






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