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GT 2024 GT 2027

PURE SILVER FILLED CONDUCTIVE PURE SILVER FILLED CONDUCTIVE
SILICONE FLUOROSILICONE

• Highly conductive
• Very low volume resistivity • Highly conductive
• Excellent attenuation performance • Very low volume resistivity
• High-temperature resistance • Excellent attenuation performance
(peak 200°C) • High-temperature resistance
(peak 200°C)

Properties Standards - GT 2024 Shielding efficacy Properties Standards GT 2027 Specification
MIL G 83528
Tests -Tests
Type MIL G 83528 E 160 Type MIL G 83528 F -
140
Elastomer Silicone 120 Elastomer Fluorosilicone -
Conductive filler Pure silver 100 Conductive filler Pure silver -
Volume resistivity (Ω.cm) MIL G 83528 < 0.0016 Attenuation dB 80 Volume resistivity (Ω.cm) MIL G 83528 < 0.0006 0.002
Hardness (shore A) ASTM D 2240 69 60 Hardness (shore A) ASTM D 2240 75 75 ± 7
40
Density (g/cm ) ASTM D 792 3.80 20 Density (g/cm ) ASTM D 792 4.30 4.00 ± 13%
3
3
Method A
Method A
Break resistance (Mpa) ASTM D 412 2.64 0 20 MHz 100 MHz 500 MHz 2 GHz1 0 GHz Break resistance (Mpa) ASTM D 412 3.30 1.72
Method A C Standard MIL G 83528 Method A C Minimum
Elongation at break (%) ASTM D 412 380 GT2020 Elongation at break (%) ASTM D 412 158.5 100-300
Method A C
Method A C
Tear resistance 16.28 Tear resistance ASTM D 624 C 14.4 7.0 minimum
(N/mm) ASTM D 624 C (N/mm)
Residual deformation after
Residual deformation after ASTM D 395 15.10 compression 70 hours at 100°C ASTM D 395 19 60
compression 70 hours at 100°C (%) Method B (%) Method B
Continuous operating temperature -55°C to available formats Continuous operating temperature -55°C to -55°C to available formats
+160°C
+160°C
+160°C
Color Light beige Color Beige - Molded
Molded
Customized cutting Customized cutting
Extruded
Extruded
Adhered by vulcanization Adhered by vulcanization
Sheet Sheet

Adhesive Adhesive

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