gs2100 emi gaskets

Gore-Shield

®

W. L. Gore & Associates, Inc.

GORE-SHIELD, GORE and designs are trademarks of W. L. Gore & Associates, Inc. ©2008 W. L. Gore & Associates, Inc.

North America

1 (800) 445-GORE (4673)

Europe

+49 9144 6010

+44 1382 561511

International

1 (302) 292-5100

China: Beijing

+86 10 6510 2980

China: Shanghai

+86 21 6247 1999

China: Shenzhen

+86 755 8359 8262

gore.com/emi

More international phone

numbers can be found at

gore.com/phone

Japan

+81 3 3570 8712

Korea

+82 2 393-3411

Taiwan

+886 2 8771 7799

Singapore

+65 6 733 2882

Nominal Material Properties

Hardness

(Shore A) 45

Density (gm/cc)

0.34

Fire Safety Rating (UL-94)

V-0

Electrical Properties

Volume Resistivity

1.5 ohm-cm @ 500psi,

Ag electrodes

Shielding Effectiveness

(with adhesive)

>45dB @ 1GHz

(ARP 1705 Method)

Load and Shielding

Effectiveness vs. % Compression

GS2100 with Adhesive

Military Specifications and Standards

DEF STAN 59-103

EMI/EMP Gasket

Components

DESC 92017

Gaskets, EMI/RFI

Shielding, Expanded PTFE

MIL-G-83528

Gasketing Material,

Conductive Elastomer,

Shielding Gasket, EMI/RFI

MIL-STD-810

Environmental Test

Methods and Engineering

Guidelines

MIL-STD-285

Attenuation

Measurements for

Enclosures

Underwriter’s Laboratory Inc. Test Methods

UL-94 V-0

Flammability Test for

Materials

Performance Against

Standards

General

Shipped material shall be capable of meeting the

performance characteristics specified herein when tested

against the following methods.

Volume Resistivity

DESC 92017

<1.5 ohm-cm (0.25mm

thick)

MIL-G-83528

3.45 MPa (500 psi) load

Shielding Effectiveness

DESC 92017

MIL-G-83528

“E” field – 100dB

200MHz to 18GHz

Electromagnetic Discharge

Charge

<150 volts 25°C,

45% R.H. loss less than

100 volts within 0.5 sec

Pass

Electromagnetic Pulse (EMP) Survivability

DEF STAN 59-103

Pass

Reusability for EMI Seal

MIL-G-83528

Pass (>80db after 10

closings)

Temperature Operating Range

Without Adhesive

–200°C – +200°C

With Adhesive

–40°C – +95C

Density/Specific Gravity

ASTM-D-1622-88

0.34g/cc

Corrosion Resistance

DEF STAN 59-103

Pass

Outgassing

ASTM-E-595 and ESA

PSS-01-702

Pass (

<1% mass loss)

Contaminant Resistance

DESC 92017,

MIL-G-83528, BS 3G

100-Part 2, and DEF STAN

59-103- Part 3/1

Pass

Vibration Resistance

DESC 92017 and MIL-G-

83528

Pass

Water Seal

DEF STAN 59-103/Part 3

and IP 65

Pass

Accelerated Life (Heat Aging)

MIL-G-83528 and DEF

STAN 59-103 - Part 3/1

Pass

Mold Growth

BS 2011 - Part 2-1J

None

European Space Agency Specifications and Standards

ESA PSS-01-702

Total Mass Loss and

Collected Volatile

Condensable Materials

from Outgassing in a

Vacuum

NASA ASTM-E-595

British Standard Specifications

BS 903

Methods of Testing

Vulcanized Rubber

BS 2011

Environmental Testing

BS 3G 100

General Requirements

for Part 2, Section 3

Equipment for Use in

Sub-Section 3.12 Aircraft,

Environmental Conditions,

Fluid Contamination

BS 5713

UV Resistance Part 106.4,

Method 3

800

700

600

500

400

300

200

100

0

60

50

40

30

20

10

0

0

10

20

30

40

50

60

% Compression

Load, psi

SE @ 2 GHz

Applicable Specifications

and Standards

ASTM Standard Test Methods

F38 - Method B

Creep Relaxation

F37

Sealability of Gasket

Materials

D1622

Specific Gravity

F104

Contaminant Resistance

D395

Compression Set

F36

Compressibility and

Recovery Gasket Materials

D2240

Durometer Hardness

E595

Outgassing in a Vacuum