Lubrizol announced a major advancement in its chlorinated polyvinyl chloride (CPVC) manufacturing with the introduction of LED reactor technology at its Louisville plant in US. This next‑generation manufacturing approach delivers improvement in CPVC resin quality and processing efficiency.

Chlorinated polyvinyl chloride (CPVC) technology is widely used in plumbing, fire protection and industrial systems.

Thermal stability has long been a critical performance driver in CPVC resin manufacturing. In recent years, CPVC resin stability demands across the industry have increased.

The LED chlorination upgrade represents a breakthrough, demonstrating significant improvements in thermal stability and energy efficiency, improving sustainable production.

The process also provides operational benefits to customers, including enabling longer production runs with less down time, increasing formulation flexibility and supporting improved color performance.

“LED chlorination allows us to deliver meaningful performance improvements—greater thermal stability, faster customer process times, and improved sustainability—while enabling new levels of operational flexibility across our global manufacturing network,” said Griffin Rial, Vice President, Lubrizol TempRite.

The Louisville installation serves as Lubrizol’s first for LED chlorination in CPVC resin production. The efficiency and performance gains will enable Lubrizol to flex production between making more products faster or enhancing stability as market needs evolve—further supporting growth in demanding applications and markets around the world.

This innovative step lays the foundation for wider global adoption of LED chlorination technology across Lubrizol’s CPVC manufacturing footprint.

Lubrizol announced a major advancement in its chlorinated polyvinyl chloride (CPVC) manufacturing with the introduction of LED reactor technology at its Louisville plant in US. This next‑generation manufacturing approach delivers improvement in CPVC resin quality and processing efficiency.

Chlorinated polyvinyl chloride (CPVC) technology is widely used in plumbing, fire protection and industrial systems.

Thermal stability has long been a critical performance driver in CPVC resin manufacturing. In recent years, CPVC resin stability demands across the industry have increased.

The LED chlorination upgrade represents a breakthrough, demonstrating significant improvements in thermal stability and energy efficiency, improving sustainable production.

The process also provides operational benefits to customers, including enabling longer production runs with less down time, increasing formulation flexibility and supporting improved color performance.

“LED chlorination allows us to deliver meaningful performance improvements—greater thermal stability, faster customer process times, and improved sustainability—while enabling new levels of operational flexibility across our global manufacturing network,” said Griffin Rial, Vice President, Lubrizol TempRite.

The Louisville installation serves as Lubrizol’s first for LED chlorination in CPVC resin production. The efficiency and performance gains will enable Lubrizol to flex production between making more products faster or enhancing stability as market needs evolve—further supporting growth in demanding applications and markets around the world.

This innovative step lays the foundation for wider global adoption of LED chlorination technology across Lubrizol’s CPVC manufacturing footprint.