Process Technology Solutions for Harsh and Corrosive Process Streams
Process System Designs & Turn-Key Systems: Ceramic, Graphite, Fluoropolymer, Heat Exchangers, & Lined Components
CG Thermal partners with our customers to provide process technology solutions for harsh and corrosive process streams. With transparency and innovation, we strive to minimize operational costs and maximize productivity by finding and supplying the best technologies, solutions, and expertise worldwide.
Impervite graphite
Our proprietary, impregnated graphite is an industry leader in thermal shock resistance and service life.
Umax Advanced ceramic
The most universally corrosion-and-erosion resistant material in the chemical processing industry.
fluoropolymer lined components
Providing superior chemical resistance along with thermal stability and high purity, non- bonding surfaces.
Is it time to consider upgrading your graphite or alloy HX to a Umax Ceramic HX?
CG Thermal Product Bulletin
Thank you for your interest in CG Thermal and our products. We would be very interested in working with you to determine the equipment most suitable for your process. We hope to be responsive to your needs and work closely with you to be certain all your requirements are addressed. You can Download our heat exchanger product bulletin here for your reference.
Receiving Instructions
If you have equipment on order, this is where you can Download the receiving instructions documents that will be attached to the shipment.
Product Summary
This summary gives you a quick reference of our heat exchanger products as a starting point to assist you in deciding which product is best suited for your process.
Case Study: Turnkey HCL Condenser and Scrubber System for Thermal Soil Remediation in Teckomatorp, Sweden
Features Impervite Graphite Heat Exchangers
Project Background Since the 1970s, Teckomatorp, Sweden has been plagued with environmental pollution. BT Kemi, a company that produced pesticides, had buried barrels containing toxic chemicals in the ground, resulting in nearby residents falling ill. Initial cleanup...
Graphite Impregnation: The Corrosive Fight in Heat Transfer Processes
In the late 1800s, Edward Acheson accidentally manufactured synthetic graphite while trying to create synthetic diamonds. He found that at ambient pressure, amorphous carbon can be converted to crystalline graphite at 2300-3000°C. This is now known as the Acheson...
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