Polyimide film Heater

SmithTherm's polyimide film heaters are engineered for outstanding performance and adaptability in high-demand environments. Crafted from polyimide material, these heaters deliver remarkable thermal stability, flexibility, and durability, making them suitable for various industries, including electronics, automotive, aerospace, and medical devices. Their slim design and exceptional resistance to extreme temperatures ensure efficient and dependable heating, providing consistent performance in confined spaces. Tailored to accommodate specific size, shape, and power specifications, these heaters present an ideal solution for applications that require precise, energy-efficient heating in tough conditions.

Polyester Flexible Heater for Low Temperature

SPECIFICATIONS AND TOLERANCES

Description
Technical Data

ETCHED FOIL DESIGN

  • Heater precisioned designed with etched resistive foil for good and quick heating.

PERFORMANCE CAPABILITES

  • Operates in environments as cold as -70°F (-57°C) and can reach heater temperatures up to 302°F (150°C).
  • Capable of achieving watt densities up to 10 W/in²
  • Thin as low 0.01" (0.25mm)
  • Watts Tolerance +/-10%

PRESSURE SENSITIVE ADHESIVE (PSA)

  • Optional as per req

FEATURES AND BENEFITS

  • Outstanding Physical and Electrical Properties Ensures excellent thermal stability across a broad temperature range.
  • Transparent Polyimide Construction Provides the advantage of visual inspection for internal components. Resistance to Radiation and Fungal Growth
  • Makes the material suitable for diverse applications in harsh environments.
SPECIFICATIONS DETAILS
Operating Temp. Range -319°F (-195°C) to 392°F (200°C)
Watt Density Up to 10 W/in²
Operating Voltage 5 Volt to 115 Volts (As required)
Material High-quality transparent polyimide film (Polyimide Representative name: Kapton)
Lead Wire PTFE Insulated Wire
Electrical Properties Excellent insulation and electrical performance
Durability Resistant to extreme temperatures, radiation, and fungus
Flexibility Flexible design ideal for compact or complex configurations
Customization Customizable in shape, size, and wattage for diverse applications