Songhan Plastic Technology Co.,Ltd.
 POLYMER SEARCH

Parker Chomerics CHO-MUTE 9020 RF Absorber

Category Polymer , Thermoset , Rubber or Thermoset Elastomer (TSE) , Silicone
Manufacturer Parker Chomerics
Trade Name CHO-MUTE
Port Ningbo port,China
Trade Terms FOB, CFR, CIF
Payment Terms L/C, T/T, Western Union
Download PDF Parker Chomerics CHO-MUTE 9020 RF Absorber.pdf
Price EMAIL US    sales@lookpolymers.com
Material Notes:
Microwave Absorber Material. Elastomer microwave absorber is designed to offer wide band attenuation within operating frequencies of 30 MHz to 12 GHz. CHO-MUTE 9020 incorporates a high tech silicone polymer system that offers the benefit of wide band absorption and high permeability in a lightweight and flexible product form.APPLICATIONSCho-Mute 9020 material can be used on a variety of applications to eliminate problems EMI/EMC problems in, transmitters, transceivers, microcontrollers, microprocessors etc.Potential applications include:Hand held electronics, wireless voice or data telecommunication, infotainment, testing equipment, PDAsMilitary electronics, C3I, navigation, GPS, ruggedized computers, night visionAntenna performance, surface current reductionOffice and telecommunication infrastructure equipment, computing, switch gear, power amplifiers, and routers.Information provided by Chomerics
Physical Properties Metric English Comments
Specific Gravity 3.40 g/cc
3.40 g/cc
Mechanical Properties Metric English Comments
Hardness, Shore A 55
55
Tensile Strength at Break 3.45 MPa
500 psi
Elongation at Break >= 200 %
>= 200 %
Tear Strength 10.5 kN/m
59.9 pli
Thermal Properties Metric English Comments
Thermal Conductivity 0.560 W/m-K
3.89 BTU-in/hr-ft²-°F
Maximum Service Temperature, Air 160 °C
320 °F
Minimum Service Temperature, Air -50.0 °C
-58.0 °F
Electrical Properties Metric English Comments
Volume Resistivity >= 1.00e+6 ohm-cm
>= 1.00e+6 ohm-cm
Surface Resistivity per Square >= 1.00e+6 ohm
>= 1.00e+6 ohm
Shielding Effectiveness -20.0 dB

@Thickness 2.36 mm,
Frequency 6.80e+9 Hz
 -20.0 dB

@Thickness 0.0930 in,
Frequency 6.80e+9 Hz
 NRL Arch Test Method
-17.0 dB

@Thickness 0.813 mm,
Frequency 1.08e+10 Hz
 -17.0 dB

@Thickness 0.0320 in,
Frequency 1.08e+10 Hz
 NRL Arch Test Method
-15.0 dB

@Thickness 1.57 mm,
Frequency 9.80e+9 Hz
 -15.0 dB

@Thickness 0.0620 in,
Frequency 9.80e+9 Hz
 NRL Arch Test Method
-12.0 dB

@Thickness 1.57 mm,
Frequency 1.08e+10 Hz
 -12.0 dB

@Thickness 0.0620 in,
Frequency 1.08e+10 Hz
 NRL Arch Test Method
-12.0 dB

@Thickness 2.36 mm,
Frequency 4.80e+9 Hz
 -12.0 dB

@Thickness 0.0930 in,
Frequency 4.80e+9 Hz
 NRL Arch Test Method
-10.0 dB

@Thickness 0.813 mm,
Frequency 8.80e+9 Hz
 -10.0 dB

@Thickness 0.0320 in,
Frequency 8.80e+9 Hz
 NRL Arch Test Method
-10.0 dB

@Thickness 1.57 mm,
Frequency 8.80e+9 Hz
 -10.0 dB

@Thickness 0.0620 in,
Frequency 8.80e+9 Hz
 NRL Arch Test Method
-10.0 dB

@Thickness 3.17 mm,
Frequency 2.80e+9 Hz
 -10.0 dB

@Thickness 0.125 in,
Frequency 2.80e+9 Hz
 NRL Arch Test Method
-10.0 dB

@Thickness 2.36 mm,
Frequency 8.80e+9 Hz
 -10.0 dB

@Thickness 0.0930 in,
Frequency 8.80e+9 Hz
 NRL Arch Test Method
-8.00 dB

@Thickness 1.57 mm,
Frequency 6.80e+9 Hz
 -8.00 dB

@Thickness 0.0620 in,
Frequency 6.80e+9 Hz
 NRL Arch Test Method
-6.00 dB

@Thickness 1.57 mm,
Frequency 4.80e+9 Hz
 -6.00 dB

@Thickness 0.0620 in,
Frequency 4.80e+9 Hz
 NRL Arch Test Method
-6.00 dB

@Thickness 3.17 mm,
Frequency 6.80e+9 Hz
 -6.00 dB

@Thickness 0.125 in,
Frequency 6.80e+9 Hz
 NRL Arch Test Method
-6.00 dB

@Thickness 0.813 mm,
Frequency 6.80e+9 Hz
 -6.00 dB

@Thickness 0.0320 in,
Frequency 6.80e+9 Hz
 NRL Arch Test Method
-5.00 dB

@Thickness 0.508 mm,
Frequency 1.08e+10 Hz
 -5.00 dB

@Thickness 0.0200 in,
Frequency 1.08e+10 Hz
 NRL Arch Test Method
-5.00 dB

@Thickness 2.36 mm,
Frequency 1.08e+10 Hz
 -5.00 dB

@Thickness 0.0930 in,
Frequency 1.08e+10 Hz
 NRL Arch Test Method
-4.00 dB

@Thickness 0.508 mm,
Frequency 8.80e+9 Hz
 -4.00 dB

@Thickness 0.0200 in,
Frequency 8.80e+9 Hz
 NRL Arch Test Method
-3.00 dB

@Thickness 0.813 mm,
Frequency 2.80e+9 Hz
 -3.00 dB

@Thickness 0.0320 in,
Frequency 2.80e+9 Hz
 NRL Arch Test Method
-3.00 dB

@Thickness 0.254 mm,
Frequency 1.08e+10 Hz
 -3.00 dB

@Thickness 0.0100 in,
Frequency 1.08e+10 Hz
 NRL Arch Test Method
-3.00 dB

@Thickness 0.508 mm,
Frequency 6.80e+9 Hz
 -3.00 dB

@Thickness 0.0200 in,
Frequency 6.80e+9 Hz
 NRL Arch Test Method
-3.00 dB

@Thickness 1.57 mm,
Frequency 2.80e+9 Hz
 -3.00 dB

@Thickness 0.0620 in,
Frequency 2.80e+9 Hz
 NRL Arch Test Method
-3.00 dB

@Thickness 2.36 mm,
Frequency 2.80e+9 Hz
 -3.00 dB

@Thickness 0.0930 in,
Frequency 2.80e+9 Hz
 NRL Arch Test Method
-2.00 dB

@Thickness 0.508 mm,
Frequency 4.80e+9 Hz
 -2.00 dB

@Thickness 0.0200 in,
Frequency 4.80e+9 Hz
 NRL Arch Test Method
-2.00 dB

@Thickness 3.17 mm,
Frequency 1.08e+10 Hz
 -2.00 dB

@Thickness 0.125 in,
Frequency 1.08e+10 Hz
 NRL Arch Test Method
-2.00 dB

@Thickness 0.254 mm,
Frequency 6.80e+9 Hz
 -2.00 dB

@Thickness 0.0100 in,
Frequency 6.80e+9 Hz
 NRL Arch Test Method
-0.500 dB

@Thickness 0.254 mm,
Frequency 4.80e+9 Hz
 -0.500 dB

@Thickness 0.0100 in,
Frequency 4.80e+9 Hz
 NRL Arch Test Method
0.00 dB

@Thickness 0.254 mm,
Frequency 8.00e+8 Hz
 0.00 dB

@Thickness 0.0100 in,
Frequency 8.00e+8 Hz
 NRL Arch Test Method
0.00 dB

@Thickness 0.508 mm,
Frequency 8.00e+8 Hz
 0.00 dB

@Thickness 0.0200 in,
Frequency 8.00e+8 Hz
 NRL Arch Test Method
0.00 dB

@Thickness 3.17 mm,
Frequency 8.00e+8 Hz
 0.00 dB

@Thickness 0.125 in,
Frequency 8.00e+8 Hz
 NRL Arch Test Method
0.00 dB

@Thickness 2.36 mm,
Frequency 8.00e+8 Hz
 0.00 dB

@Thickness 0.0930 in,
Frequency 8.00e+8 Hz
 NRL Arch Test Method
0.00 dB

@Thickness 1.57 mm,
Frequency 8.00e+8 Hz
 0.00 dB

@Thickness 0.0620 in,
Frequency 8.00e+8 Hz
 NRL Arch Test Method
0.00 dB

@Thickness 0.813 mm,
Frequency 8.00e+8 Hz
 0.00 dB

@Thickness 0.0320 in,
Frequency 8.00e+8 Hz
 NRL Arch Test Method
Descriptive Properties Value Comments
Composition Ferrous filled silicone
Users viewing this material also viewed the following:
Copyright © lookpolymers.com All Rights Reserved