8271-0100-39 Laird Technologies, 8271-0100-39 Datasheet - Page 2

• Manufacturer Part Number: 8271-0100-39
• Description: TAPE, FOIL SHIELD, COPPER, 25.4MMX15M
• Manufacturer: Laird Technologies

Specifications of 8271-0100-39

• Tape Backing Material: Copper Foil
• Roll Length: 15m
• Adhesive Material: Conductive Acrylic
• Tape Type: Foil Shielding
• Width: 25.4mm
• Color: Copper
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

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Laird Technologies manufactures a wide range of
EMI shielding materials and related products for the
computer, telecommunications, aerospace, defense,
general electronics, medical equipment and automo-
tive industries. These include beryllium copper finger-
stock, knitted wire mesh, conductive elastomers in
extruded profiles, molded shapes and form-in-place
gaskets, fabric-over-foam and a full range PC board
shields, shielded windows, custom metal stampings
and ventilation panels. Also offered are microwave
and EMI microwave absorber products. In addition,
the company provides EMC and product engineering
and testing services.
This catalog is designed to provide technical
specifications and material characteristics for
all categories of metallized fabric and foam
products available from Laird Technologies.
These products include:
Fabric-Over-Foam
Profile and Input/Output (I/O) EMI shielding gaskets
available in UL94 V0 and HB flame retardant material –
ideal for applications requiring low compression force.
All dimensions shown are in inches (millimeters) unless otherwise specified.
Metallized Conductive Products
Conductive Foam
Conductive foam gaskets provide the enhanced
EMI shielding effectiveness required by the
microprocessor speeds of today’s computer
and telecommunications equipment.
Conductive Fabric
Metallized fabric combines highly conductive metals
with lightweight fabric to meet a diverse range of
EMI/RFI shielding requirements.
Conductive Tape
Conductive shielding tape offers excellent conductivity,
conformability and durability in a thin, lightweight and
flexible shielding design.