Unlock Superior PVC Performance with Non-Toxic Calcium Zinc Stabilizers
Experience enhanced durability and eco-friendly processing for your PVC applications.
Get a Quote & SampleProduct Core Value
Calcium Zinc Stabilizer
Our advanced Calcium Zinc Stabilizer offers an exceptional solution for PVC expansion sheets and boards, providing superior protection and enhancing material properties without compromising environmental standards.
- Achieve excellent thermal stability, preventing degradation during high-temperature processing and extending product lifespan.
- Benefit from superior lubricity and dispersion, ensuring smooth processing and uniform product quality for your PVC applications.
- Leverage the unique coupling ability of our non-toxic calcium zinc stabilizer, enhancing the overall performance and integrity of PVC boards.
- Choose an environmentally friendly and lead-free PVC heat stabilizer that meets stringent safety and sustainability requirements.
Key Advantages
Environmental Safety
Our non-toxic calcium zinc stabilizer is a lead-free and environmentally conscious choice, reducing health risks for workers and ensuring sustainable manufacturing practices.
Enhanced Durability
Experience improved weatherability and UV resistance with our Ca Zn stabilizer, making PVC products more resilient to outdoor conditions and aging.
Processing Efficiency
The excellent lubricity and dispersion properties of this PVC additive contribute to higher extrusion speeds and a prolonged production period, optimizing manufacturing output.
Key Applications
PVC Boards
Ideal for PVC expansion sheets and boards, this stabilizer enhances surface gloss and ensures excellent color stability.
Rigid PVC Applications
Provides crucial heat stability and prevents degradation in a wide range of rigid PVC products, ensuring long-term performance.
Semi-Rigid PVC Products
Enhances the mechanical properties and durability of semi-rigid PVC items, making them more resilient in demanding environments.
PVC Extrusion
Facilitates efficient extrusion processes due to its superior dispersion and lubricity, leading to better product quality and output.