Corzan® CPVC
Resources & Advice
You Can Depend On
Expert advice and resources from pioneers in CPVC technology.
Corzan® CPVC
Resources & Advice
You Can Depend On
Expert advice and resources from pioneers in CPVC technology.
Chemical Resistance and Chemical Applications
Get a detailed look at the process behind determining CPVC's chemical resistance to specific chemicals and compounds.
Case Study: Corzan® CPVC for Manufacturing Pipe and Fitting Material
Lubrizol relies on Corzan® CPVC performance capabilities for its Kentucky production facility
Case Study: CPVC Replaces Steel and PVC at Delta Faucet's Largest Plant
Delta® Faucet Company’s Greensburg, Ind., plant is the largest of its three faucet manufacturing sites, with 1,150 employees producing 1,500 different products.
Case Study: Why CPVC's Versatility Made it the Obvious Choice for AkzoNobel
In 2006, Netherlands-based AkzoNobel Base Chemicals B.V. constructed its chlorine plant based on Asahi membrane electrolysis technology.
Case Study: Litho Plant Uses CPVC to Reduces Cost & Downtime
In 2005, and again in 2006, a Colorado-based litho plant decided to modify its two aluminum substrate manufacturing lines to increase capacity.
CPVC piping installed for corrosive bleach plant application
When the Environmental Protection Agency (EPA) published the Cluster Rule in 1998, pulp and paper manufacturers industry-wide began to make operational adjustments to become compliant by April 2001.
How Goodrich's Chromium Emission System Exceeds EPA Requirements
When Goodrich’s Aerospace Landing Gear Division changed its chromium emission control system from a wet-pack scrubbing system to dry-mist eliminators, it wanted to be certain it satisfied Environmental Protection Agency (EPA) requirements.
Thorpe plant services turns to Corzan CPVC to meet need for hydrochloric acid handling
Chlor-alkali plants create some of the most corrosive environments imaginable. The transport of harsh chemicals at extreme temperatures in combination with the high voltage electrolysis process can quickly compromise the integrity of most piping systems.