Flexible Polyimide Heater for 3D Printer

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Basic Info

Payment Type:	Telegraphic Transfer in Advance (Advance TT, T/T)

Product Description

Basic information:

Design instruction:

Drawing for maximum installation size of the heater
Relevant electric parameters: such as power, voltage, resistance, current and tolerance
Direction, length and location of the lead wire

Applications:

Medical diagnostic instruments: heat sample trays, reagent bottles

Stabilize optoelectronic components

Test or simulate integrated circuits

Enable cold weather operation of outdoor electronics, such as laptop, ATM, LCD’s

Protects aircraft electronic and mechanical devices in cold environment

Why Choose Polyimide:

Heating for very small sizes
Very thin
High dielectric strength
Flexible circuit design
Superior tensile strength and tear resistance
Resistant to radiation and most solvents
Better choice far high watt density heaters (those over 5W/in2), also used for watt densities of 5 or less
Excellent choice for heaters that require multi-zone wattages or heaters that have many holes and/or cutouts
Provide economic advantages for mass applications

Interior FEP binding stands 200 deg .C

Can be applied in vacuum environment

Resistance to most of chemical material, such as acid,

impregnant, alkali (except NaOH)

Size can be very small

Thin and small curly semi-diameter

Temperature range: -50 to 200 deg. C, maximum temperature is

150 deg. C for the heater with paster

Materials: FEP, polyimide membrane

Resistance precision: ±10%ak±0.5Ω (taking maximum)

Medium strength: 1,000VRMS

Minimum curve semi-diameter: 0.8mm