products

Home > products > Thermal Conductive Gel > LCE600 Blue Thermal Conductive Gel For Screen Printing / Scraping Processes

Catagories

Thermal Conductive Silicone Film

(3)

Custom Thermal Solutions

(7)

Contacts

Contacts: Mr. Tang Wu

Tel: 86-755-29082440

Chat Now

Mail Us

LCE600 Blue Thermal Conductive Gel For Screen Printing / Scraping Processes

Product Details

Get Best Price

Chat now

Product Details

Product Description

Highlight:
                                                                                                                                                            Blue Thermal Conductive Gel, Screen Printing Thermal Conductive Gel, Scraping Processes Thermally Conductive Gel
                      

Test Item:	Thermal Impedance	Name:	Thermal Conductive Gel
Unit:	℃·in2/W	LCE600:	0.024
Test Methods:	ASTM D5470

Test Item:	Thermal Impedance
Name:	Thermal Conductive Gel
Unit:	℃·in2/W
LCE600:	0.024
Test Methods:	ASTM D5470

LCE600 Blue Thermal Conductive Gel For Screen Printing / Scraping Processes

LCE600 Single Component Thermal Conductive Gel

LCE600 is a high-performance thermal conductive material designed with low deformation force. It offers exceptional plasticity, non-flowing characteristics, and high thermal conductivity with minimal thermal resistance.

Gap Filling: Automatically fills gaps for full contact.
Stability: No sedimentation or flow, unlike traditional silicone grease.
Versatility: Ideal for heat dissipation modules and electronic components with significant thickness.
Application Friendly: Suitable for screen printing or scraping processes.

Product Attributes

Packaging & Delivery: 30ml, 55ml, 300ml or Customized

Color: Blue

Technical Specifications

Test Item	Unit	LCE600	Test Method
Specific Gravity	g/cc	3.38	ASTM D792
Extrusion Rate	g/min	≥15	φ2.54mm 90psi
Thickness After Compression	mm	0.2	-
Weight Loss	%	≤0.2	@150℃240H
Breakdown Voltage	KV/mm	≥5	ASTM D149
Volume Resistivity	Ω·cm	1×1012	ASTM D257
Continuous Use Temp	℃	-40～150	-
Thermal Conductivity	W/m·K	6.0	ISO 22007-2
Thermal Impedance	℃·in2/W	0.024	ASTM D5470