Rotating Equipment

WHERE PERFORMANCE DEPENDS ON PROTECTION

Rotating equipment operates in some of the most thermally demanding conditions in any facility — continuous movement, vibration, and heat cycling that put standard insulation and protection solutions to the test. McAllister Mills designs and fabricates removable insulation jackets and thermal protection systems built specifically for rotating and dynamic equipment, where fit, durability, and maintenance access are equally critical.

COMMON CHALLENGES
  • Heat retention across moving and vibrating components

  • Insulation damage from repeated removal during maintenance

  • Irregular geometries requiring precision custom fabrication

  • Personnel protection from high-temperature rotating surfaces

  • Thermal expansion and contraction across operating cycles

  • Access requirements without full system shutdown

Featured Applications

Pumps

Thermal insulation and fire protection for pump bodies, flanges, and connecting piping in high-temperature fluid systems. McAllister fabricates removable insulation jackets custom-fit to pump geometry, maintaining process temperatures and protecting personnel from surface contact while allowing quick removal for routine maintenance and inspection.

Compressors

Custom insulation jackets and thermal protection for compressor housings, cylinders, and associated piping systems operating under continuous thermal and mechanical stress. Our solutions are engineered to retain heat, reduce energy loss, and withstand the vibration and thermal cycling inherent to compressor operation without degrading or loosening over time.

Fans & Blowers

Removable insulation systems engineered for fans, blowers, and associated air handling equipment operating in high-temperature industrial environments. Custom-designed to fit complex equipment geometries, our insulation jackets improve thermal efficiency, protect personnel, and provide easy access for routine inspection and maintenance without sacrificing long-term durability or performance.