AccuPaste™ CNT Heating Paste, 10 Ohm

AccuPasteTM CNT Heating Paste is a heating element composed of carbon nanotube (CNT) material. Unlike general heating paste, it maintains heat resistance without peeling of coating film at high temperature (maximum 320℃) and shows the best effect. It can be applied to heat-generating material due to thermal conductivity, ESD/EMI shielding material by electric conductivity, and transparent electrode material.

As low as $257.00

Cat. No.

Product Overview

Overview

A coating layer maintains the heat-resisting property under high temperature environment (maximum 320℃) unlike the general heating paste.
Temperature elevation rate of AccuPaste™ CNT Heating Paste is faster than the sheath heater comprised of an existing Ni-Chrome resistance wire, and its electric efficiency is excellent from at low voltage.
The heat generated by CNT Heating Paste cause less air pollution, noise and radiation.
AccuPaste™ CNT Heating Paste’s application can be classified into heat generation materials based on high heat conductivity, ESD/EMI shielding material based on electric conductivity, and the transparent conductive film for the touch screen.
High heat-generating AccuPaste™ CNT Heating Paste applies to the manufacture of high temperature heating devices and constant temperature heating devices. It is suitable for premium products that require slimness and sophisticated design.
AccuPaste™ CNT Heating Paste meets the demands and requirements for new high-functional materials due to existing limitations of heating materials.

Features and Benefits

CNT nano-material has an excellent dimensional stability with a lower Coefficient of thermal expansion value (α: -2 ~ +5 X 106 K-1) compared to the other existing materials.
High stability against most chemicals and solvents.
There is no biological infringement or blazing fire.
The electromagnetic wave shielding function in AccuPasteTM CNT Heating Paste shields the electromagnetic waves produced during energization, and heating hardly affects the human body.
The high thermal conductivity and far-infrared radiation capability enable the heating of an expansive space by instantaneous heat generation and far-infrared radiation.
Far-infrared has a physiological activity effect because of the resonance effects through water molecules existing in the living body.
The high heat generating property can be used as a heating device material or an industrial heating material.

Technical/Specs

▶ Specification of Product

Specification	TC-1005	Measurements/Methods
Main Component	Ceramic Resin	-
Appearance	Black	Visual Inspection
Workable temperature (°C)	-20 ~ 320°C	-
Approximate Viscosity (cP)	80,000	Rotational Rheometer
Drying condition	30 min at 300°C	Hot-air drying
Sheet resistance(Ω/sq)	About 7.5 x 10⁰(35 µm coating thickness)	ASTM D991
Volume resistivity (Ω·m)	2.6 x 10^-4	ASTM D991
Storage conditions	Room temp.	Sealing

▶ Product Characteristics

1. Comparison of sheet resistance and heat characteristics with change in Coating Thicknesses

This graph compares sheet resistance and heating temperature with change in coating thicknesses at a low voltage of 24 V.
The result shows high heating temperature with low sheet resistance as the thickness of the coating increased.

2. The temperature change over time at 10V, 20V, 30V

The graph shows the temperature change over time at 10 V, 20 V, and 30 V (coating thickness of 35 µm)
This result shows increase in heating rate with the increasing voltage. Also, the peak temperature was reached within 30 seconds for each voltage.

3. Heat release test of the coating layers with change in voltage.

The graph shows the temperature change over applied voltage in coating with different thickness.
The result showed that the heating rate increased as the coating thickness and applied voltage increased.

4. Temperature stability over time.

The graph shows the temperature change of the coating layer (30 µm, 24 V) over 30 hours.
The temperature reached 245°C within 30 seconds and, the surface temperature of the coating layer maintained at around 245°C for 30 hours.

5. Temperature stability during the On/Off cycle.

The graph shows the temperature stability of the 35 µm coating surface applied with 24 V during the 30 on/off cycles.
The results shows that the surface temperature of the 35 µm coating maintained at 245°C during the 30 on/off cycles.

6. Heat release test of 35 µm CNT coating at 24V

7. A comparison of heat characteristics in TC-1005, TC-1010 and TC-1020.

The heat performance of TC-1005, TC-1010, and TC-1020 were compared. The result shows the temperature change with voltage for the wet film thickness of 500 µm.

Literature/Support

◈ Quality Assurance

Bioneer is the holder of Quality Management System Certificates for the following standards.

• ISO 9001 – certificate

◈ Technical Support and Ordering

For more information on our products, please contact us by email. nano-support@bioneer.com

Ordering Info

▶ Order Information

Cat. No.	Product Description	Option	Price
TC-1005-1	AccuPaste™ CNT Heating Paste, 10 Ohm	100 ml	$TC-1005-1
TC-1005-2		500 ml	$TC-1005-2
TC-1005-3		1 L	$TC-1005-3
TC-1000-1	AccuPaste™ CNT Heating Paste, 75 Ohm	100 ml	$TC-1000-1
TC-1000-2		500 ml	$TC-1000-2
TC-1000-3		1 L	$TC-1000-3
TC-1010-1	AccuPaste™ CNT Heating Paste, 25 Ohm	100 ml	$TC-1010-1
TC-1010-2		500 ml	$TC-1010-2
TC-1010-3		1 L	$TC-1010-3
TC-1020-1	AccuPaste™ CNT Heating Paste, 200 Ohm	100 ml	$TC-1020-1
TC-1020-2		500 ml	$TC-1020-2
TC-1020-3		1 L	$TC-1020-3
TC-1030-1	AccuPaste™ CNT Heating Paste, 600 Ohm	100 ml	$TC-1030-1
TC-1030-2		500 ml	$TC-1030-2
TC-1030-3		1 L	$TC-1030-3
TC-4000-0	AccuPaste™ Silver Conductive Paste	50 g	$TC-4000-0
TC-4000-1		100 g	$TC-4000-1
TC-4000-2		500 g	$TC-4000-2
TC-4000-3		1 kg	$TC-4000-3
TC-5000-1	AccuPaste™ Ceramic Insulating Paste	100 ml	$TC-5000-1
TC-5000-2		500 ml	$TC-5000-2
TC-5000-3		1 L	$TC-5000-3

* Please inquiry for bulk orders.

▶ Technical Support and Ordering

For any detailed product information or to place an order, please email to nano-support@bioneer.com