1/2-5 Series

Manufacturer: 3M (TC)

Catalog

RF EMI SHIELDING TAPE 15' X 0.5"

Part	Adhesive	Thickness - Overall [custom]	Thickness - Overall [custom]	Shelf Life Start	Material	Length	Length	Type	Shelf Life	Storage/Refrigeration Temperature [Max]	Storage/Refrigeration Temperature [Min]	Usage	Tape Type	Width	Width	Width	Thickness - Backing, Carrier	Thickness - Backing, Carrier	Thickness - Backing, Carrier	Color	Length	Temperature Range [Max]	Temperature Range [Min]	Thickness - Adhesive [custom]	Thickness - Adhesive [custom]	Thickness - Adhesive [custom]	Backing, Carrier	Thickness	Thickness	Outline [x]	Outline [y]	Storage/Refrigeration Temperature	Storage/Refrigeration Temperature	Shape	Thermal Conductivity	Thickness - Overall [custom]	Thickness - Overall
3M (TC) 1/2-5-CN3490	Conductive Single Sided	0.002 in	0.06 mm	Date of Manufacture	Nickel-Copper (NI/CU) Fabric	4.6 m	15 ft	Shielding Tape	60 Months	27 °C 80 °F	10 °C
3M (TC) 1280-0.5-5	Rubber			Date of Manufacture		4.6 m	15 ft		18 Months	27 °C 80 °F	16 °C 60 °F	Masking Protection Sealing	Electroplating	0.5 in	12.7 mm	0.5 in	0.0009 in	0.9 mils	0.023 mm	Red	5 yd	311 °F	-40 °F	2.7 mils	0.0027 "	0.069 mm	Polyester Film
3M (TC) 8805-0.5-5	Adhesive - Both Sides			Date of Manufacture	Acrylic			Transfer Tape Roll	24 Months											White							Polyester	0.0049 in	0.125 mm	4.57 m	12.7 mm	72 °F	22 °C	Rectangular	0.6 W/m-K
3M (TC) 8815-0.5-5	Adhesive - Both Sides			Date of Manufacture	Acrylic			Transfer Tape Roll	24 Months											White							Polyester	0.0148 in	0.375 mm	4.57 m	12.7 mm	72 °F	22 °C	Rectangular	0.6 W/m-K
3M (TC) SJ3000-0.5-5						1.52 m	5 '	Hook and Loop												Black														Rectangular
3M (TC) 1/2-5-CN4490	Conductive Single Sided			Date of Manufacture	Nickel-Copper (NI/CU) Fabric	4.6 m	15 ft	Shielding Tape	60 Months	27 °C 80 °F	10 °C																									0.002 in	0.05 mm
3M (TC) 8810-0.5-5	Adhesive - Both Sides			Date of Manufacture	Acrylic			Transfer Tape Roll	24 Months											White							Polyester			4.57 m	12.7 mm	72 °F	22 °C	Rectangular	0.6 W/m-K