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Supplier: HDT Global
Description: HDT's RaDome (radar dome) is a weatherproof enclosure that protects a microwave or radar antenna. The inflatable AirBeam® RaDome is constructed of material that minimally attenuates the electromagnetic signal transmitted or received by the antenna, making the RaDome
- Covering: Fabric
- Height: 9.6 to 14.8 ft
- Length: 15 to 22 ft
- Options: Modular, Portable, Rapid Deployment
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Foams and Foam Materials - Closed-cell Polyurethane Dielectric Foam Material -- LAST-A-FOAM® RF-2206Supplier: General Plastics Manufacturing Co.
Description: LAST-A-FOAM® RF-2200 is an advanced dielectric material for use in radomes, antennas and other radio frequency (RF) communication systems. This series of Machin able, closed cell polyurethane foams provide an RF-transparent, low-loss protective layer for applications requiring
- Application: Other
- Bulk Density: 6 lbs/ft³
- Foam Type: Closed Cellular, Rigid
- Form / Shape: Stock Shape (Bar, Sheet, etc.), Board / Block / Bun
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Supplier: Accuris
Description: ELECTRICAL TEST PROCEDURES FOR RADOMES AND RADOME MATERIALS
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Supplier: Plascore Incorporated
Description: cell sizes at high densities • Available transparent and in colors Applications: PC2 polycarbonate honeycomb uses include wind tunnels – grilles, sandwich cores, radomes – antennae, skylights, energy absorbing structures and EMI/RFI shielding. Availability: PC2 polycarbonate honeycomb is
- Applications: Aerospace, Impact / Energy Absorption
- Cell Size: 0.0938 to 1 inch
- Compressive Strength: 210 to 280 psi
- Core Material / Matrix: Polycarbonate (PC)
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Supplier: Plascore Incorporated
Description: trailing edges, missile wings, radomes, antennas, military shelters, fuel tanks, helicopter rotor blades and navy bulkhead joiner panels. Availability: PN2 honeycomb is available in sheets, blocks or cut to size pieces in both regular hexagonal and over expanded (OV) cell configurations.
- Applications: Aerospace, Architectural / Construction, Automotive / Transportation, Industrial OEM, Marine, Structural Composites
- Cell Size: 0.1250 to 0.2500 inch
- Compressive Strength: 54 to 2145 psi
- Features: Flame Retardant / Fire Blocking, Insulating - Electrical / Dielectric, Insulating - Thermal, Waterproof, Weather / UV Resistant
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Supplier: Plascore Incorporated
Description: PK2 Kevlar® N636 para-aramid fiber honeycomb is an extremely lightweight, high strength, non-metallic honeycomb manufactured with para-aramid fiber paper (DuPont Kevlar® N636 or equivalent) impregnated with a heat resistant phenolic resin. This core material
- Applications: Aerospace, Architectural / Construction, Automotive / Transportation, Industrial OEM, Marine, Structural Composites
- Cell Size: 0.1250 to 0.1875 inch
- Compressive Strength: 145 to 1000 psi
- Features: Flame Retardant / Fire Blocking, Insulating - Electrical / Dielectric, Insulating - Thermal, Waterproof, Weather / UV Resistant
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Supplier: RS Components, Ltd.
Description: applications. YAG8-W-3C-WHT-12 can extend a network coverage in areas where cover is not good like a corridor in a building. Easy to use: Wall mounts or pipe installation. Mounting bracket allows 45o vertical and horizontal adjustment. VSWR: 2:1 max over range. Radome colour: white (ASA
- Applications: Broadband Network / WLAN
- Form Factor: External
- Primary Frequency Range: 4900 to 6000 MHz
- Technology Type: Yagi or Yagi-Uda Array
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Supplier: ARC Technologies, Inc.
Description: ARC Technologies provides custom solutions for low to high volume production for energy control and reduction in composite applications for Radomes and other structures and housings. ARC Technologies also has internal and local machining capabilities to provide fast turnaround on composite
- Material Type: Textile / Composite
- Type / Form: Stock Shape / Custom Part
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Supplier: Richardson RFPD
Description: and lower elevation pattern performance than traditional patch antennas. Their unique radome shape sheds water and ice, while eliminating problems associated with bird perching. The antenna may be purchased by itself or with pipe mounting hardware. Custom models or site kits options are also
- Gain: 3.5 dB
- Polarization Type: Right Hand Circular (RHCP)
- Primary Frequency Range: 1565 to 1585 MHz
- Technology Type: Other Antennas & Arrays
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Supplier: Richardson RFPD
Description: quadrifiliar helix design, coupled with multistage filtering provides superior out-of-band rejection and lower elevation pattern performance than traditional patch antennas. Their unique radome shape sheds water and ice, while eliminating problems associated with bird perching. The antenna
- Gain: 3.5 dB
- Polarization Type: Right Hand Circular (RHCP)
- Primary Frequency Range: 1565 to 1585 MHz
- Technology Type: Other Antennas & Arrays
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Supplier: Richardson RFPD
Description: quadrifiliar helix design, coupled with multistage filtering provides superior out-of-band rejection and lower elevation pattern performance than traditional patch antennas. Their unique radome shape sheds water and ice, while eliminating problems associated with bird perching. The antenna
- Gain: 3.5 dB
- Polarization Type: Right Hand Circular (RHCP)
- Primary Frequency Range: 1565 to 1585 MHz
- Technology Type: Other Antennas & Arrays
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Supplier: Richardson RFPD
Description: quadrifiliar helix design, coupled with multi-stage filtering provides superior out-of-band rejection and lower elevation pattern performance than traditional patch antennas. Their unique radome shape sheds water and ice, while eliminating problems associated with bird perching. The antenna
- Gain: 3.5 dB
- Polarization Type: Right Hand Circular (RHCP)
- Primary Frequency Range: 1565 to 1585 MHz
- Technology Type: Other Antennas & Arrays
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Supplier: Deposition Sciences, Inc.
Description: Product Overview Sunshade, a thermal control material are utilized on satellite radar domes (radomes) to reject incident solar heat radiation while simultaneously allowing radio frequencies to pass unattenuated. This passively protects satellite electronics from being overheated by the
- Features: Dielectric / Insulating, Electrically Conductive, Thermally Insulating / Insulative
- Film Material: Plastic / Polymer, Polyimide (e.g., Kapton®)
- Hard Coat / Thin Film: Yes
- Types: Coated, Metallized
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Supplier: Rohde & Schwarz USA, Inc.
Description: design as well as the low weight of this antenna ensure easy handling and make it ideal for use in monitoring applications under severe outdoor conditions. The high gain of up to 18 GHz allows the reception and analysis of small signals. The shape of the radome as well as the materials
- Form Factor: External
- Polarization Type: Linear
- Primary Frequency Range: 800 to 18000 MHz
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Supplier: RS Components, Ltd.
Description: 2:1, over range. IP rating: IP67. Antenna: 140mm diameter with low profile. Global coverage with the broadband LTE/Cellular element . Radome - ASA UV-Stable Plastic material. IEEE1478, EN61373, MIL-810G, and TIA 329.2-C Internal/External = External Supported Frequency Bands = 1575.42
- Applications: Dual Band / Multi-band
- Primary Frequency Range: 694 to 6000 MHz
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Supplier: RS Components, Ltd.
Description: 2:1, over range. IP rating: IP67. Antenna: 140mm diameter with low profile. Global coverage with the broadband LTE/Cellular element . Radome - ASA UV-Stable Plastic material. IEEE1478, EN61373, MIL-810G, and TIA 329.2-C Internal/External = External Supported Frequency Bands = 1575.42
- Applications: Dual Band / Multi-band
- Primary Frequency Range: 694 to 6000 MHz
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Supplier: RS Components, Ltd.
Description: 2:1, over range. IP rating: IP67. Antenna: 140mm diameter with low profile. Global coverage with the broadband LTE/Cellular element . Radome - ASA UV-Stable Plastic material. IEEE1478, EN61373, MIL-810G, and TIA 329.2-C Internal/External = External Supported Frequency Bands = 1575.42
- Applications: Dual Band / Multi-band
- Primary Frequency Range: 694 to 3700 MHz
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Supplier: ASTM International
Description: specification does not cover parts machined from PCTFE copolymers, PCTFE film or tape less than 0.25-mm [0.010-in.] thick, or modified PCTFE (containing pigments or plasticizers). 1.4 This specification allows for parts containing regrind and recycled material. 1.5 The specification does not
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Supplier: ValueTronics International, Inc.
Description: The MS2028C is a 20 GHz Network Analyzer from Anritsu. A network analyzer is a powerful instrument that measures linear characteristics of radio frequency devices with unparalleled accuracy. A range of industries use network analyzers to test equipment, measure materials, and monitor the
- Frequency Range: 2.00E7 kHz
- Instrument Type: Portable / Benchtop Instrument
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-2200 is an advanced dielectric material for use in radomes, antennas and other radio frequency (RF) communication systems. This series of machinable, closed cell polyurethane foams provide an RF-transparent, low-loss protective layer for applications requiring optimal performance where (read more)
Browse Foams and Foam Materials Datasheets for General Plastics Manufacturing Co. -
products for use as dielectric material in radio frequency (RF) communication systems such as radomes, antennas and others. Located on land, sea and in the air, these (read more)
Browse Foams and Foam Materials Datasheets for General Plastics Manufacturing Co. -
aircraft to be protected with firewalls that can safely contain blazes in the event of hazardous materials combusting due to faults or poor loading. Lastly, aircrafts equipped with high-speed—even hypersonic—flight systems must contend with severe temperatures at the leading (read more)
Browse Insulation Jacketing Datasheets for Mid-Mountain Materials, Inc.
Conduct Research Top
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Dielectric Materials for Use in Radomes
Polyurethane Foam: Dielectric Materials for Use in Radomes and Other Applications. Many polyurethane foams offer a wide variety of physical properties, as well as desirable dielectric properties for applications requiring minimal dielectric constant and loss tangent. In many such applications
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Radio-Transparent Ceramics: Yesterday, Today, Tomorrow
An attempt is made to determine the levels that radome materials ’ property indices must reach and to identify the technological, materials-science, and design problems that need to be addressed in order to significantly improve the tactical-technical characteristics of different …
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Analysis of existing radioparent refractory materials, composites and technology for creating high-speed rocket radomes. Part 2. Comparative analysis of the ma...
For high-speed rockets the main requirement for the ra- dome material is undoubtedly refractoriness.
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Handbook of Antenna Design, Vol. 2
14.5 Radome materials 476 .
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Antenna Engineering Handbook, Fourth Edition > Radomes
This is due to distortion of the fields near the antenna caused by interactions at the material interfaces, and amplitude, phase, and polarization changes in the radome material .
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EM Performance Analysis of Radomes With Material Properties Errors
[6] F. Chen, Q. Shen, and L. Zhang, “Electromagnetic optimal design and preparation of broadband ceramic radome material with graded porous structure,” Prog. Electromagn.
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Development of Silicon Nitride‐Based Ceramic Radomes — A Review
The flexural strength, dielectric constant, and loss tangent values of various ceramic materials used in the development of radomes are important in the selection of radome materials .
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Frontiers of Advanced Materials and Engineering Technology
Combining with the future of the radome materials for missile, it is pointed out that SiO2 matrix composite materials toughed by continuous fiber or its three-dimensional fabric are the focus and development direction.
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Analysis of existing radioparent refractory materials, composites and technology for creating high-speed rocket radomes. Part 4. Ceramic technology for produci...
In addition, proceeding from the tendency of developing aircraft and rocket technology for the near future, specifica- tions for radioparent radome materials will undoubtedly grow, and they will be connected with the properties of a whole series of radioparent materials.
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Analysis of existing radioparent refractory materials, composites and technology for creating high-speed rocket radomes. part 1. analysis of the level of prope...
Radome Materials [in Russian], ONTI VIAM, Moscow 1966.
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A modified expression for determining the wall thickness of monolithic half‐wave radomes
It is seen that, for large incidence angles and for moderately low‐loss radome materials , the computed wall thickness is different from the values obtained by neglecting the loss tangent of the material.