American Fairfield Inc.
Microwave Absorbing Materials
Microwave Absorbing Materials
-
Microwave Absorber Materials
Parker Chomerics CHO-MUTE 9005 and 9025 elastomer based absorber materials are designed to offer a user friendly approach to the reduction of unwanted electromagnetic radiation from electronic equipment as well as minimize cavity to cavity cross coupling, and microwave cavity resonances. Comprised of a silicone elastomer matrix with ferrous filler material, these materials provide RF absorption performance over a broadband frequency range from 500 MHz to 18 GHz.
-
CHO-MUTE 9005
Microwave Absorber material is comprised of a silicone elastomer matrix with ferrous filler material meant to provide excellent RF absorption at lower frequencies
-
CHO-MUTE 9025
Microwave Absorber material is comprised of a silicone elastomer matrix with ferrous filler material meant to provide excellent RF absorption at lower frequencies
-
CHO-MUTE 9009
Elastomer-based absorber material designed to offer a user-friendly approach to the reduction of unwanted electromagnetic radiation
CHO-MUTE 9005 & 9025 Microwave Absorber Materials
Technical Specifications
- Length: 10 inch
- Volume Resistivity: >1M Ω-cm
- Tensile Strength: 3.44
- Thermal Conductivity: 0.87 W/m-K
- Maximum Shielding Effectiveness Frequency: < 3 GHz
- Width: 20 inch
- Operating Tem-perature: -50 to 160 °C
- Durometer: 55
- Specific Gravity: 3.4
Full Product Description
Parker Chomerics CHO-MUTE™ 9025 Microwave Absorber material is comprised of a silicone elastomer matrix with ferrous filler material meant to provide excellent RF absorption at lower frequencies. Available as sheets tock in various thicknesses or die-cut for custom applications, CHO-MUTE™ can be used in close proximity to electronic circuitry due to a UL 94 V-0 flammability rating. CHO-MUTE™ is designed to reduce unwanted electromagnetic radiation as well as minimize cavity to cavity cross coupling and cavity resonance.
Features and Benefits:
• Microwave absorption across a wide range of frequencies
• Up to 20 dB RF absorption
• Available in 6 standard thicknesses
• RoHS compliant
• UL 94 V-0 certified
Typical Applications:
• Hand held electronics
• Wireless voice or data telecommunication
• Military electronics
• GPS units
• Ruggedized computers
• Night vision equipment
• Telecom infrastructure equipment
Variety of CHO-MUTE 9005
- Product || Interface type || Thickness
- 46-70-1020-9005 || No Pressure Sensistive Adhesive (PSA) || 0.01
- 46-10-1020-9005 || No Pressure Sensistive Adhesive (PSA) || 0.02
- 46-20-1020-9005 || No Pressure Sensistive Adhesive (PSA) || 0.032
- 46-30-1020-9005 || No Pressure Sensistive Adhesive (PSA) || 0.062
- 46-40-1020-9005 || No Pressure Sensistive Adhesive (PSA) || 0.093
- 46-50-1020-9005 || No Pressure Sensistive Adhesive (PSA) || 0.125
- 46-11-1020-9005 || Electrically Conductive Adhesive Backing || 0.02
- 46-21-1020-9005 || Electrically Conductive Adhesive Backing || 0.032
- 46-31-1020-9005 || Electrically Conductive Adhesive Backing || 0.062
- 46-41-1020-9005 || Electrically Conductive Adhesive Backing || 0.093
- 46-51-1020-9005 || Electrically Conductive Adhesive Backing || 0.125
Variety of CHO-MUTE 9025
- Product || Interface type || Thickness
- 46-70-1020-9025 || No Pressure Sensistive Adhesive (PSA) || 0.01
- 46-10-1020-9025 || No Pressure Sensistive Adhesive (PSA) || 0.02
- 46-20-1020-9025 || No Pressure Sensistive Adhesive (PSA) || 0.032
- 46-30-1020-9025 || No Pressure Sensistive Adhesive (PSA) || 0.062
- 46-40-1020-9025 || No Pressure Sensistive Adhesive (PSA) || 0.093
- 46-50-1020-9025 || No Pressure Sensistive Adhesive (PSA) || 0.125
- 46-11-1020-9025 || Electrically Conductive Adhesive Backing || 0.02
- 46-21-1020-9025 || Electrically Conductive Adhesive Backing || 0.032
- 46-31-1020-9025 || Electrically Conductive Adhesive Backing || 0.062
- 46-41-1020-9025 || Electrically Conductive Adhesive Backing || 0.093
- 46-51-1020-9025 || Electrically Conductive Adhesive Backing || 0.125
CHO-MUTE 9009 Microwave Absorber Materials
Technical Specifications
- Length: 10 inch
- Volume Resistivity: >1M Ω-cm
- Tensile Strength: 932
- Thermal Conductivity: 0.56 W/m-K
- Maximum Shielding Effectiveness Frequency: < 3 GHz
- Width: 20 inch
- Operating Tem-perature: -40 to 70 °C
- Durometer: 50
- Specific Gravity: 1.21
Full Product Description
Parker Chomerics CHO-MUTE 9009 is an elastomer-based absorber material designed to offer a user-friendly approach to the reduction of unwanted electromagnetic radiation from electronic equipment as well as minimize cavity-to-cavity cross coupling and microwave cavity resonances. Comprised of a silicone elastomer matrix with carbon filler material, this material provides RF absorption performance at a high frequency range. CHO-MUTE 9009 is capable of providing 50 dB/cm of absorption at 77 GHz, a standard frequency used in the automotive industry. This material is offered as sheet stock of various thicknesses with or without pressure sensitive adhesive. This material is flexible, and can be easily cut and converted for use in empirical testing of absorption solutions.
CHO-MUTE 9009 may be used in close quarters with electronic circuitry to reduce unwanted electromagnetic radiation by ¿sorption of signals and reduction of reflections from metallic surfaces. A wide variety of fabricating techniques are available for custom part manufacturing.
Product Features
- Good absorption at high frequencies near 77 GHz
- Available in molded profiles, sheets, or die-cut/water jet cut shapes
- Can be supplied with a pressure sensitive adhesive (PSA)
- Typical Applications
- Military and commercial radars
- Telecommunications equipment
- Industrial applications
- RF Testing
- Automotive
- Advanced Driver Awareness Systems (ADAS)
Variety of CHO-MUTE 9005
Product || Interface type || Thickness
46-10-1020-9009 || No Pressure Sensistive Adhesive (PSA) || 0.02
46-11-1020-9009 || Electrically Conductive Adhesive Backing || 0.02
46-20-1020-9009 || No Pressure Sensistive Adhesive (PSA) || 0.032
46-21-1020-9009 || Electrically Conductive Adhesive Backing || 0.032
46-30-1020-9009 || No Pressure Sensistive Adhesive (PSA) || 0.062
46-31-1020-9009 || Electrically Conductive Adhesive Backing || 0.062
46-40-1020-9009 || No Pressure Sensistive Adhesive (PSA) || 0.093
46-41-1020-9009 || Electrically Conductive Adhesive Backing || 0.093
46-50-1020-9009 || No Pressure Sensistive Adhesive (PSA) || 0.125
46-51-1020-9009 || Electrically Conductive Adhesive Backing || 0.125
46-70-1020-9009 || No Pressure Sensistive Adhesive (PSA) || 0.01
46-71-1020-9009 || Electrically Conductive Adhesive Backing || 0.01
Blog posts
View all-
GF-1400 vs. GF-1500: Which One Should You Buy?
When it comes to semiconductor packaging, selecting the right equipment is crucial for ensuring optimal performance, reliability, and efficiency. Two standout models in the market today are the GF-1400 and...
GF-1400 vs. GF-1500: Which One Should You Buy?
When it comes to semiconductor packaging, selecting the right equipment is crucial for ensuring optimal performance, reliability, and efficiency. Two standout models in the market today are the GF-1400 and...
-
The Ultimate Guide to Thermal Interface Materials
This guide provides an in-depth understanding of thermal interface materials (TIMs) in modern electronics, focusing on their importance and their role in efficient heat transfer between components and heat sinks....
The Ultimate Guide to Thermal Interface Materials
This guide provides an in-depth understanding of thermal interface materials (TIMs) in modern electronics, focusing on their importance and their role in efficient heat transfer between components and heat sinks....
-
The Ultimate Guide to Structural Adhesive
Structural adhesive plays a critical role in building strong, durable, and reliable connections in various industries. Whether you're working in aerospace, automotive, construction, or DIY projects at home, understanding how...
The Ultimate Guide to Structural Adhesive
Structural adhesive plays a critical role in building strong, durable, and reliable connections in various industries. Whether you're working in aerospace, automotive, construction, or DIY projects at home, understanding how...
