by Brady Cabe | Feb 16, 2024 | Graphite Heat Exchangers, Impervite Graphite, Impervite PPS-GR, PPS-GR, Umax Advanced
Warsaw, Poland bound for CRU Phosphates 2024 CG Thermal is excited to join our industry partners and materials experts Technoform in Warsaw Poland for CRU Phosphates 2024! We’ll be discussing the revolutionary extruded graphite material PPS-GR from Technoform,... 
by Brady Cabe | Feb 7, 2024 | Company News, PPS-GR, Process System Design, Umax Advanced
CG Thermal heads to SOCMA 2024 in Nashville, TN CG Thermal is heading to Nashville for SOCMA 2024 Specialty & Custom Chemicals Show! Find us at Booth 1026, and let’s discuss your harsh and corrosive process streams, and possibilities in Process System... 
by Brady Cabe | Sep 25, 2023 | AirBTU, Company News, Graphite Heat Exchangers, Impervite PPS-GR, PPS-GR, SiC Ceramic Heat Exchangers, Umax Advanced
Plan Your Visit & Learn About our Patented Technology Visit CG Thermal for innovation and insight in heat transfer at Heat Exchanger World Americas 2023. Our team of experts will be there along with industry partners, Technoform, to discuss process... 
by Brady Cabe | Sep 8, 2023 | Impervite PPS-GR, SiC Ceramic Heat Exchangers, Umax Advanced
CG Thermal Awarded United States Patent for Dual Fluoropolymer Tubesheet To start 2023, CG Thermal has been awarded a patent by the United States Patent & Trademark Office for an innovative tube sheet design. This revolutionary technology allows a highly... 
by Brady Cabe | Mar 30, 2023 | Company News, Sulfuric Acid Systems, Umax Advanced
CG Thermal at BCI Convention – Louisville, KY Meet up with CG Thermal at BCI Convention in Louisville, KY this April 23-26! Our sulfuric acid dilution experts will be there to discuss your harsh and corrosive process streams. This widely anticipated annual event... 
by Brady Cabe | Oct 21, 2022 | Company News, SiC Ceramic Heat Exchangers, Umax Advanced
CG Thermal LLC introduces EXTRACID in partnership with Wilk-Graphite EXTRACID is a newly developed and patented dewatering system (SCU) capable of dewatering streams of low-concentration sulfuric acid to produce up to 97% sulfuric acid under positive pressure. The...
