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SHENZHEN BEICHUAN LIHE TECHNOLOGY CO.,LTD

                                     Thermal Interface Materials

产品分类

TIM thermal interface materials

TCS thermal pad
PCM Phase change thermal pad
Soft-GTS graphite thermal pad
GEL thermal conductive Gel
Indium thermal pad
TGC thermal conductive grease
TIS thermal conduct insulator
GTS graphite heatspreader
TCA thermal conductive tape
TCS-AB EMI absorber thermal pad
Thermal interface materials
TCS-AB3000 EMI Absorbing thermal pad

TCS-AB3000 EMI Absorbing thermal pad

Code: TCS-AB3000
Series: TCS
Spec: 200*400*1mm
Material: EMI absorber
Color: Gray
Brand: TIM

3.0W/mK thermal conductivity Thermal Absorbing Materials

TCS-AB3000 0.5-5/0mmT 40-60SHORE A hardness

Company Profile
B&C is dedicated to developing composite thermal solution and manufacturing superior thermal interface materials for competitive market.

Our vast experience allows us to assist our customers best in thermal engineering field.

We serve customers with customized products, full product lines and flexible production, which makes us be the best and reliable partner of you. Let's make your design more perfect!

Applications:
Provide EMC material solutions for EMI & EMS issue for IT devices
1.1 Metal rubber absorber to conduct different microwave resonance frequency
within the property of loss energy
1.2 Noise suppressor for electric devices(Smart phones, Tablets, PCs and etc)
1.3 Receiver sensitivity improvement of PEN input (inductive coupling type)
1.4 Enhancement of NFC&WPC(PMA/WPC) function within electric devices

TCS-AB3000 Series Shielding Absorbing Materials
ClassificationUnitValuesTest Method
ColorNAGrayVisual
Specific gravityg/cm33.2ASTM D297
Surface resistance(min.) Ω >1 x 1012 ASTM D257
HardnessshoreA40-60ASTM D2240
Thermal conductivityW/mK3.0 ASTM D5470
Temperature range°C-40 to +150NA
Storage conditions-0-30°C/60%±10R.HNA
Shelf lifemonth12NA
Flame Rating
UL 94 V-0NA
Standard thicknessmm0.5mmT-5mmT
Standard sizemm200*400mm


Professional Factory TIF900B-30 Series 3.0W/MK Thermal Absorbing Materials 0