Our Products
TurboFlex offers dependable, long-lasting products to assist engineers and designers with their thermal solution. We have hundreds of standard options as well as custom capabilities on all of our heaters.
Polyimide (-328° to 302°F) Polyester (-40° to 257°F) Teflon (-55° to 225°C)
Our Products
TurboFlex offers dependable, long-lasting products to assist engineers and designers with their thermal solution. We have hundreds of standard options as well as custom capabilities on all of our heaters.
Polyimide (-328° to 302°F) Polyester (-40° to 257°F) Teflon (-55° to 225°C)
STANDARD HEATERS
- The TurboFlex online store has 945 rectangular options & 275 circular options predesigned and ready.
- Simply search for your desired heater and order directly online.
- Standard heaters ship in 5 business days.
- The fastest, easiest and most cost effective flexible heater option.
CUSTOMIZED HEATERS
- Choose from dozens of customizable options to create the flexible heater you need.
- Complete the Order Request Form to see our requirements and receive a quote within hours.
- Customized heaters ship in 7-10 business days depending upon volume.
- No tooling or consulting fees.
Our streamlined design and fabrication processes enable us to deliver customized heaters in an industry-leading time frame, including design. To take advantage of this capability, utilize our stocked materials and adjust your wattage/voltage to fit our standard resistive foils.
ADVANCED CUSTOM HEATERS
If your requirements are more extensive, our Advanced Custom Heater Capabilities provide additional customizations at remarkable cost and lead times. Consulting and/or design fees may be applied. Advanced Custom Heaters typically ship in 3-6 weeks depending upon the level of customization, complexity and availability of needed components.
- Any resistance
- Dual Zone
- Series or parallel designs
- Custom materials
- Mounted components (SMD down to 0603 size and leaded), sensors, wire harnesses & connectors
- Assistance in arriving at desired thermal results and thermal design