Our Temperature Control Units

Dynetics Temperature Control Units (TCUs) are engineered for precision, energy efficiency, and long-term reliability. Designed for demanding process environments, our systems deliver consistent thermal stability, optimized performance, and dependable operation across critical industrial applications.

Our systems are trusted across extrusion, mixing, milling, and calendaring processes where thermal control directly impacts product quality and productivity.

System Benefits

Built with high-accuracy control architecture and robust components, Dynetics TCUs ensure:

  • Precise temperature regulation
  • Reduced energy consumption
  • Faster process stabilization
  • Long operational life
  • Low maintenance requirements

System Configurations

Skid-Mounted System

1. Skid-Mounted Systems

Skid-mounted TCUs are designed for multi-zone applications requiring centralized control.

Key Features:

  • Multiple temperature zones on a common skid
  • Shared make-up and cooling water headers
  • Centralized control and monitoring
  • Reduced installation complexity
  • Ideal for large-scale, integrated process lines

These systems are best suited for plants where space allows centralized installation and where multiple zones require synchronized thermal management.

2. Modular Systems

Dynetics Modular TCUs are compact, flexible, and easy to install.

Key Features:

  • Individual zone-based systems
  • Space-efficient design
  • Easy relocation and installation
  • Scalable as production expands
  • Lower upfront infrastructure requirement

Perfect for facilities where flexibility, layout optimization, or phased expansion is important.

Skid-Mounted System

Modular Series Models

ELL Series

Designed primarily for:
Extruders & Mills

The ELL model delivers stable temperature control for continuous processing equipment where precision and steady-state operation are critical.

ELH Series

Designed primarily for:
Mixers & Calendars

The ELH model is engineered for high-load, dynamic heating applications where rapid response and thermal consistency are essential.

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