Who This Is For
Industrial Thermal Design Resources is curated by Powerblanket's Engineering and Applications Team — the same engineers who design and build the heating systems discussed here. We built it for two audiences at once: customers working through a real heating problem, and anyone simply curious about how industrial thermal design actually works.
Every guide is written the way we'd explain it to an engineer sitting across the table — real physics, real trade-offs, real photos from real installations. Powerblanket builds the products discussed here, and we say so plainly because we'd rather earn your trust than disguise it.
Choose Your Challenge
This library is just getting started — more guides are on the way. Here's what's live today.
Keeping analytical samples and transferred materials above dew point or workable temperature, tap to destination.
Explore the Guide →Keeping stored liquids, chemicals, and viscous materials at a workable temperature, from totes to process tanks.
Explore the Guide →Maintaining vapor pressure in propane and NGL storage tanks through cold weather.
Explore the Guide →Keeping frac tanks and their contents workable on active oilfield and industrial sites.
Explore the Guide →Preventing bridging, clumping, and flow blockages in bulk-solids storage and feed systems.
Explore the Guide →Holding uniform cure temperature across large composite layups and molds.
Explore the Guide →Maintaining resin cure temperature across large wind turbine blade molds.
Explore the Guide →Freeze protection and process temperature maintenance on spools, valves, and in-line instruments.
Explore the Guide →Freeze protection for pumps, valves, and instrumentation mounted on process skids.
Explore the Guide →Keeping instrument enclosures, control boxes, and small equipment housings above freezing.
Explore the Guide →Thawing frozen ground ahead of excavation, construction, and pipeline work in cold climates.
Explore the Guide →Keeping pressure transmitters, analyzers, and instrument enclosures above freezing and in range.
Explore the Guide →