Spiral vs Plate Heat Exchangers: Which Fits Your Process?
Both spiral and plate heat exchangers are compact, high-efficiency designs, but they diverge sharply on fouling tolerance and pressure rating, […]
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Both spiral and plate heat exchangers are compact, high-efficiency designs, but they diverge sharply on fouling tolerance and pressure rating, […]
A graphite heat exchanger is limited in pressure and temperature not by corrosion, since impervious graphite resists most process acids
Sulfuric acid concentration is one of the most demanding services in the chemical industry, and graphite heat exchangers have a
Semiconductor-grade acid purification demands both extreme corrosion resistance and extreme purity, which is why silicon carbide heat exchangers are specified
Comparing silicon carbide and titanium heat exchangers on price alone misses the point: titanium is cheaper to fabricate and install,
The TEMA classes — R, C, and B — define the construction standards for shell and tube heat exchangers published
Silicon carbide Super-SiC heat exchangers require a different maintenance approach from metal or graphite equipment, because the failure modes that
Spiral heat exchangers are configured with either a single spiral channel, where both fluids share the same wound path in
Spiral heat exchangers are one of the most fouling-resistant designs available for slurries and other solids-laden fluids, because their single
Sizing a corrugated tube heat exchanger for a high-viscosity fluid is different from sizing one for water or a light