Hyperion Heating Booths
Panelized industrial enclosures built for paint curing, thermal finishing, and large-format drying
Hyperion heating booths give large industrial operations a dedicated, temperature-controlled environment for painting, curing, and thermal finishing. Every system is a freestanding, panelized enclosure engineered by AEL to hold heat efficiently, vent properly, and handle the throughput you need when you’re working on trailers, structural steel, or oversized equipment. AEL designs, engineers, and delivers Hyperion booths as a complete turnkey package — from insulated panels and structural steel to ductwork, project management, and installation oversight.
Engineered for Industrial Heat
Heating booths work hardest when the envelope is tight. The Hyperion system uses 3-inch polyisocyanurate (PIR) insulated wall and ceiling panels with 26-gauge embossed steel on both interior and exterior facings, finished in a durable white polyester coating. Panels run in 44-inch modules with concealed fasteners, attachment clips, base angle, sealants, and standard trim — all of it designed to deliver thermal efficiency and structural integrity while keeping the interior finish clean enough for coatings work.
Because most Hyperion installations go into existing industrial buildings, every booth comes with a freestanding structural steel support package: beams, columns, base plates, connection plates, anchor bolt assemblies, and the miscellaneous support steel required to make the booth a standalone structure. Final design, sizing, and quantities are engineered to each project’s load requirements, site conditions, and throughput needs.
Key Features & Capabilities
3" PIR Insulated Panels
Polyisocyanurate core with 26-gauge embossed steel facings delivers strong thermal performance and a clean interior finish for coatings environments.
44" Module Construction
Standardized 44-inch panel modules make the system scalable, field-repairable, and fast to assemble on site.
Freestanding Steel Structure
Complete structural steel package — beams, columns, base plates, anchor bolts — lets the booth stand inside your existing facility without relying on building loads.
White Polyester-Coated Interior
Factory-applied durable coating stands up to industrial heat cycles and simplifies cleanup between production runs.
Concealed Fastener Detailing
Concealed fasteners, base angle, sealants, and standard trim produce a sealed, thermally efficient envelope that minimizes heat loss.
Turnkey Project Management
Engineering, vendor coordination, submittal review, drawing coordination, and installation oversight are all included so projects move without handoff gaps.
Hyperion Booths in the Field
Panelized heating booth enclosure with overhead ducting
Dual-bay configuration for vehicle body finishing
Multi-bay heating booth configured for paint curing operations
Large-format heating booth handling structural steel assemblies
Where Hyperion Booths Work Hardest
Heavy Equipment & Vehicle Finishing
Trailer bodies, chassis, truck cabs, and fleet equipment move through Hyperion booths for paint, primer, and curing work in a controlled environment.
Structural Steel & Fabricated Assemblies
Large-format booths handle beams, skids, and fabricated steel assemblies that are too big for conventional spray booths.
Industrial Paint Curing & Thermal Finishing
Dedicated cure cycles for epoxies, powder coatings, and high-build coatings — with insulated envelopes that hold set-point temperatures efficiently.
The AEL Advantage
Engineered for Your Site
Final panel counts, steel design, and booth sizing are built around your building, product flow, and throughput — not a catalog SKU.
One Delivery Partner
AEL coordinates the full scope in-house: panel supply, structural steel, project management, and shipping delivered as a single integrated package.
Built to Last
Insulated panel systems, coated steel facings, and proper structural support mean the booth holds up through years of heat cycling and production wear.
Request a Hyperion Booth Quote
Hyperion booths are engineered to your site. Share your product size, throughput, and building dimensions and we’ll put together a custom panel and steel package.
Hours
Monday – Friday
8:00 AM – 6:00 PM
Headquarters
1402 Airport Blvd
Santa Rosa, CA 95403
Frequently Asked Questions
Hyperion booths are insulated, panelized enclosures built for industrial paint curing, thermal finishing, and large-format drying. They’re typically used for trailers, structural steel, fabricated assemblies, and any product that needs a controlled temperature environment to cure coatings properly.
Each booth uses 3-inch PIR insulated wall and ceiling panels in 44-inch modules. Both panel facings are 26-gauge embossed steel finished with a white polyester coating. Concealed fasteners, attachment clips, base angle, sealants, and standard trim produce a tight, thermally efficient envelope. A freestanding structural steel support package — beams, columns, base plates, and anchor bolts — makes the booth a standalone structure inside your building.
Yes. Final panel layout, structural steel design, and overall sizing are built around your specific project: product dimensions, throughput, facility size, and site conditions. Concrete foundations are coordinated with your general contractor where required.
AEL coordinates the full delivery including panel supply, structural steel, project management, submittal reviews, drawing coordination, and installation oversight. On-site labor is handled in partnership with qualified installers; scope is defined project by project.
A standard project scope includes insulated wall and ceiling panels, freestanding structural steel, project management and engineering oversight, drawing and submittal coordination, and shipping. Items like concrete foundations, ductwork connection to your exhaust system, and electrical work outside the panel scope are coordinated separately.
When maintained, Hyperion systems are designed for years of heavy industrial service. The insulated panel envelope and coated steel facings are built to take repeated heat cycling and coatings work without degrading.