Click here to confirm the online  D&B ProfileTM  for U-TEK EMI CORP.

Products

Conductive Copper & Aluminum Foil Tape

Conductive Aluminum Foil Tape

Product Name : Conductive Aluminum Foil Tape

Product Description

Select the conductive aluminum foil tape excellent application performance, the need to include a conductive foil tape type and thickness, adhesion resistance, contact resistance, smooth application surface, EMI / RFI signal attenuation and the shielding effect.
For EMI / RFI shielding copper foil tape, standard shielding effectiveness of 60dB to 90dB (10 kHz to 20 GHz) range
It is very important, conductive aluminum foil tape is cheaper than others conductive and EMI shielding tape.
Product Benefits
Conductive aluminum foil tape (RoHS compliant)
Conductive aluminum foil tape adhesion with the conductive adhesive can produce a very superior grounding function.
Conductive aluminum foil tape also provides superior conductivity and adhesion.
Conductive aluminum foil tape used in electrical and electronic products, EMI / RFI shielding, there is a very low impedance functions.
Conductive aluminum foil tape surface is coated with a layer of anti-oxidation layer, there will be no surface oxidation phenomena, does not affect the original functions and features.
Conductive aluminum foil tape can be pass the N2 re-flow with the PCB together, will not change color and maintain the original features and characteristics.
Product Features
Can mount enclosure for electronic products
Can be replaced by general plating
Can be used in EMI / RFI shielding of small electromagnetic components
Also has thermal conductivity
The most competitive prices
Product Details
UCAT SERIES ( Reference Pictures )

Product Structure

Part Name ( UCAT )
Conductive Aluminum Foil ( Layer-1 )
Conductive Adhesive Tape ( Layer-2 )
Release Liner ( Layer-3 )
Product Code

UCAT60 x 30  x   0.1t    -1
〔1〕        〔2〕     〔3〕 〔4〕

〔1〕Product No. : UCAT ( Single Side Tape )
〔2〕Size of die cut : Length x Width ( mm )
〔3〕Thickness of Product No. ( mm )
〔4〕Description of die cutting

Part Name ( CATN )
Transfer Release Liner ( Layer-1 )-P1
Transfer Release Liner ( Layer-1 )-P1
Conductive Aluminum Foil ( Layer-3 )
Conductive Adhesive Tape ( Layer-4 )-T2
Release Liner ( Layer-5 )-P2
CATN60 x 30  x   0.08t   -1
〔1〕        〔2〕      〔3〕 〔4〕

〔1〕Product No. : CATN ( Double Side Tape )
〔2〕Size of die cut : Length x Width ( mm )
〔3〕Thickness of Product No. ( mm )
〔4〕Description of die cutting

UCAT SERIES ( Conductive Aluminum Foil Tape )
Physical Properties  Value Test Method
Various thickness 0.05 / 0.075 / 0.1 / 0.2mm ASTM D1777
Aluminum Foil Type Electroplating Aluminum foil ------
Adhesive Type Conductive Acrylic Adhesive Tape ------
Adhesion of 180˚ Peel SUS 304 >1.0 kgf PSTC#1 / ASTM D3330
Surface Resistance <0.08Ω / ■ ASTM D257
Volume Resistance <0.05Ω / ■ ASTM D257
Service Temperature -40 ~ 80℃ ------
Shielding Effective 80dB ( AVG ) From 300KHz to 3GHz ASTM D4935
Standard Size Width :1000mm  Length : 50m ------
*The above data is actual test value, not absolute value.
*Test Method
Thickness: ASTM D1777
Color: Visual / Color Card
Volume Resistance: ASTM D257
Peel 180° Adhesion : PSTC#1 / ASTM D3330
Shielding Effective (dB) : ASTM D4935 ( See below for example Figure )

CATN SERIES ( Conductive Aluminum Foil Double Side Adhesive Tape )
Physical Properties  Value Test Method
Various thickness 0.08 / 0.1 / 0.15 / 0.2mm ASTM D1777
Copper Foil Type Rolled copper foil ------
Adhesive Type Conductive Acrylic Adhesive Tape ------
Adhesion of 180˚ Peel SUS 304 >1.0 kgf ( T1 / T2 ) PSTC#1 / ASTM D3330
Bridge Resistance <0.08Ω / ■ ASTM D257
Volume Resistance <0.05Ω / ■ ASTM D257
Service Temperature -40 ~ 80℃ ------
Shielding Effective 75dB ( AVG ) From 300KHz to 3GHz ASTM D4935
Standard Size Width :1000mm  Length : 50m ------
*The above data is actual test value, not absolute value.
*Test Method
Thickness: ASTM D1777
Color: Visual / Color Card
Volume Resistance: ASTM D257
Peel 180° Adhesion : PSTC#1 / ASTM D3330
Shielding Effective (dB) : ASTM D4935 ( See below for example Figure )


TOP