JONES 21-335D Two Part Thermal Gel

JONES Thermal Gel 21-335D is a two-part dispensable materials compounded with thermal conductive fillers and silicone matrix. It demonstrates high thermal conductivity, goodthermal performance and high reliability. In addition to providing variable gap adaption, it will impart little and reduced stress on components during assembly.JONES Thermal Gel 21-335D is ideal for applications that require a higher Gow rate and easy reworking.

FEATURES AND BENEFITS

Thermal Conductivity :3.5W/m·k｜Minimal stress imparted to components during assembly｜Easy for rework｜Cured at room Temperature｜Electrically Isolating｜Low Thermal Resistance｜Easily dispensable｜ High Reliability.

APPLICATIONS

Cooling components to chassis, frame, or other mating components｜ Home & Small Office Network｜Mass Storage Devices｜ Automotive Electronics｜ Telecommunication Hardware｜LED Solid State Lighting｜Power Electronics.

21-335D TYPICAL PROPERTIES
	Properties	Typical Properties	Test Method
Thermal	Thermal Conductivity(W/m·K)	3.5	ASTM D5470
Thermal	Operating Temperature Range(°C)	-55~150	JONES Test Method
Physical	Composition	Ceramic & Silicone	/
	Color	PartA: Green PartB: White	Visual
	Flow rate (g/min)_mixed	21	90 Psi,EFD50cc @ 21 Elements static mixer
	Density (g/cc)	3.0	ASTM D792
	Mix Ratio	1:1	/
	Pot Life after mixing@25°C(h)	3	Time for Viscosity to Double
	Cure Condition@25°C(h)	24	Rheometer
	Cure Condition@120°C(min)	20	Rheometer
	Color after curing	Light Green	Visual
	Hardness (Shore 00)	45	ASTM D2240
Electrical	Breakdown Voltage(KV AC/mm)	>5	ASTM D149
	Volume Resistivity(Ohm·cm)	10^13	ASTM D257
	Dielectric Constant @1MHz	5.9	ASTM D150
Regulatory	Flammability Rating	V0	UL94

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