LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material

LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material

$42.97 - 43.55/Slice
Place of Origin
China
Shipping
Air Freight, Ocean Freight, Land Freight

Product Description

Overview

brand
Platinum research
Product name
Non silicon thermal conductive thin materials
type
Insulation thermal conductivity
characteristic
High and low temperature thermal conductivity
material quality
Silicone oil, silicone grease, silicone paste, siloxane
purpose
Vehicle lights, lenses, laser devices, communication equipment
model
XJY-FN30
encapsulation
Blistering
quantity
two hundred thousand
Batch number
twenty million two hundred and ten thousand nine hundred and eighteen
thickness
one point two
length
two hundred
Breadth
two hundred and fifty
colour
customization
base material
Teflon

Product Details

Non silicon thermal conductive thin material XJY-FN30XK-FN is mainly used in siloxane sensitive applications, with significant differences in headlights, lenses, laser devices, communication equipment, aerospace equipment, etc. There is no possibility of siloxane volatilization affecting optical and electrical properties,

The XK-FN series is a polymer material mixed with ceramic fillers, using glass fiber cloth as the substrate to ensure dimensional stability and easy construction

LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material


Traits:

1. Polyester resin is used as the substrate

2. No volatilization of siloxanes


Application:

LED lights

Optical precision equipment



Unit

XJY-FN30

Method

Reinforcement Carrier

Fiberglass

Visual

Color

Blue

Thickness

Mm

zero point two five

ASTM D374

Specific Gravity

G/cm3

three

ASTM D792

Hardness

Shore A

seventy-five

ASTM D2240

Thermal impedance

℃ in 2/W

zero point two eight

ASTM D5470

Thermal Conductivity

LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material

W/mK

three

HOT DISK

Volume Resilience

Ω cm

>1013

ASTM D257

Breakdown Voltage

KV/mm

>3.5

LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material

ASTM D149

Dielectric Constant

one

six point five

ASTM D150

Application temperature

-30-125

Tensile strength

LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material

Psi

>300

ASTM D412

Elongation

%

<10

ASTM D412

Siloxane Volatiles D4~D20

%

0

GC-FID

Flammability

UL94

V-0

UL94

LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material



LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material
LED car light optical precision equipment XJY-FN30 non silicon thermal conductive thin material

Trading Area

Global

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