INNOVATION MAKES THE FUTURE BETTER

UPTECH TECHNOLOGY: PVC POLYMERIZATION INTERNAL REACTOR INITIATOR SYSTEM

Considered as new trend on advanced PVC suspension polymerization process, Uptech Technology is applicable to all types of the existing suspension PVC reactors, and contribute to the PVC industry’s low-cost transformation and upgrading, as well significantly improve the production efficiency.

  • Excellent Initiation Performance：Uptech Technology has high continuous initiation ability and excellent stability.
  • Improving Reaction Efficiency: To quicken rection rate and shorten reaction time, with a polymerization conversion rate by more than 7%.
  • Improved Quality: Enhanced heat resistance, improved dielectric properties, increased environmental friendliness.
  • Cost-Effectiveness: Reduced usage of suspending agents, stoppers and initiators; decreased the heat stabilizer usage by 40%.

THERMPAK® SUSPENDING STABILIZER FOR PVC POLYMERIZATION USE​

Through the charging of Thermpak® Suspending Stabilizer in pre-polymerization reaction, the PVC resin’s thermal stability, whiteness, particle size distribution, and processing flowability have greatly improvement. Meanwhile, the product quality is getting better, and the use of stabilizers and lubricants in downstream product have been optimized. 

Thermpak® PVC Polymerization Suspending Stabilizer can significantly reduce the use of hazardous components such as zinc and tin in PVC products, achieving the greener transformation and upgrading of the entire PVC industry chain.

  • Elevating Brand Value
  • Increasing Customer Loyalty
  • Expanding Application Scenarios

Uptech Technology and Thermpak®  Additives Applications

Uptech Technology: PVC Polymerization Internal Reactor Initiator System

Applicable to all existing suspension PVC reactors. It improves the efficiency and product quality of the PVC polymerization process, and has advantages in cost control and efficient production.

Thermpak® Suspending Stabilizer for PVC Polymerization Use

By improving thermal stability, whiteness, and fluidity, optimizing the properties of PVC resin, it is suitable for the manufacturing of PVC products with special performance requirements, such as high-temperature applications, products with high appearance requirements, and products with complex structures.