Flexible Heaters

Flexible Heaters

Blanket Heaters utilize high R-value foam insulation.

Combining foam insulation with silicone rubber heaters, High-R Value Silicone Foam Blanket Heaters are designed for thermal applications requiring insulation to cut heat loss that sub-optimizes heater performance. Insulation also provides touch-safe protection in work environment. Designed to fit contours of components, molded homogenous assemblies deliver maximum thermal transfer and temperature...

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Flexible Heaters

Heater and Sensor Design Kits help educate engineers.

Flexible Heaters Prototype Design Kit includes 12 flexible heaters in polyimide and silicon rubber insulation, 100 ohm platinum RTD sensor, and PSA and Silicone RTV adhesive. Non-invasive Sensors Design Kit comes with 5 Thermal-Ribbon, Thermal-Tab, and Bolt-on RTDs to accurately sense temperatures, as well as miniature TempTran(TM) temperature transmitter with 4-20 mA output and silicone stretch...

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An Introduction to Plastic Injection Molding
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An Introduction to Plastic Injection Molding

We developed this eBook with designers, engineers and purchasing specialists in mind. It is written to provide a basic understanding of plastic injection molding presses, processes and costs. Our goal is to make our customers more knowledgeable about what goes into making a plastic part.

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Pipette Heating System suits immunoassay applications.
Flexible Heaters

Pipette Heating System suits immunoassay applications.

Measuring .003 in. thick, Pipette Heating System warms up from room temperature to body temperature in under 1 second. It utilizes Thermofoil(TM) etched foil heating technology combined with polyamide insulation and wraps around .060 in. pipette. With pipette completely wrapped by heater, temperature of blood or biological chemistry can be kept at uniform and accurate heat level.

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Heater utilizes non-mechanical routing technology.
Flexible Heaters

Heater utilizes non-mechanical routing technology.

Offering tight hole-to-hole tolerance, 384-Hole Heater provides temperature uniformity across 384 well Polymerase Chain Reaction sample block and enables unobstructed view of reaction process. Etched Thermofoil(TM) element encourages heat uniformity as reagents are cycled through PCR thermal well steps of denaturing, annealing, and extension. Heater is available with integrated thermistor, or...

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Flexible Heater utilizes stranded carbon fiber.
Flexible Heaters

Flexible Heater utilizes stranded carbon fiber.

Flexible Carbon Fiber Heater employs Sonicrimp sonic welding technology for solderless, lead-free electrical termination. It incorporates 7 micron carbon fiber strands into flat form, which is sealed in 3 mil Mylar or Kapton jacket. Able to withstand repetitive flexes and crease bending, product has thermoelectric properties that include ability to heat from 100-200Â-

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Insulated Heaters offer customization flexibility.
Flexible Heaters

Insulated Heaters offer customization flexibility.

Constructed of silicone rubber, 3100 Series Silicone Wirewound Insulated Heaters incorporate multi-stranded resistance wires that enable geometry and heater wire pattern to be customized to end-user requirements. They may be vulcanized to metal substrates using silicone rubber, allowing for max temperature of 482Â-ºF. With max power of 40 W/inÂ-², heaters can incorporate various thermal...

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Transparent Heater utilizes ITO technology.
Flexible Heaters

Transparent Heater utilizes ITO technology.

With no wires in clear view area, 78000 Series heater uses Indium Tin Oxide (ITO) technology to allow for maximum visible light transmission (VLT). Used to warm LCD panels found in cold, moist environments down to -40Â-ºF, it offers 85-90% VLT when applied to application. Features include transparent, pressure-sensitive adhesive; electrically-conductive transparent film; optical grade,...

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