About Us

Arlon Microwave Materials specializes in products made from fluoropolymers (i.e. PTFE), ceramic-filled fluoropolymers, ceramic-filled hydrocarbon thermosets, and other materials that deliver the electrical performance needed in frequency-dependent circuit applications. These products are supplied as copper-clad laminates with bonding plies, or prepregs, for production of multilayer printed circuits. Arlon has over "50 years of experience in microwave materials", today providing products that are used to make combiner boards and feed networks for microwave applications as well as basestation antennas and power amplifier boards for the wireless telecommunications infrastructure market.
Our facilities in California and Delaware employ state-of-the-art production equipment, engineered to provide cost-effective, flexible manufacturing capacity to permit quick response to customer requirements while meeting the most stringent quality and tolerance demands. Both of our manufacturing sites are ISO 9001: 2000 registered, and through rigorous quality control practices and commitment to continual improvement, we are dedicated to meeting and exceeding our customer's requirements.

Arlon is very dedicated to supporting our Global customers. In early 2004, Arlon opened a Finishing Center in Suzhou, Jiangsu Province, China. This successful launch led to the investment in a Highly Flexible Manufacturing Facility that opened in October 2006, also in Suzhou. This facility contains a new, State-of-the-Art Vacuum Press that has the capability to laminate both High Temperature PTFE Microwave Laminates as well as Lower Temperature Epoxy and Resin Electronic Substrates.
Arlon maintains a significant commitment to research & development. In the past few years, we have introduced several product innovations for high performance, cost-effective circuit board applications, including 55ST & 65GT - respectively, high peel strength and halogen-free flame retardant non-woven aramid laminate and prepreg systems, and the first high Dk,10.2, super-thin, 0.0024", ceramic-filled PTFE substrate on woven glass - AD10. In addition, Arlon has recently introduced FoamClad R/F 100, a new patented laminate construction using foam as the dielectric that offers a cost effective solution for high performance antennas. This was followed with the launch of our mechanically robust AD1000, with a 10.2 Dk. The AD1000 has a "Best-in-Class" loss tangent, lowest CTE and moisture absorption values in its class and highest Thermal Conductivity available. You can expect to see additional product innovations from our development pipeline in the months and years to come.
Arlon's Microwave University Program
Click here to download Arlon's Microwave And RF Materials Guide.
Microwave Products
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Arlon Materials for Electronics
1100 Governor Lea Road
Bear, DE 19701
UNITED STATES
Phone: 302-834-2100
Fax: 909-987-8541
Contact: Customer Service
- Laminate Composites For RF/Microwave Applications
- Material For RF And High Frequency Printed Circuit Boards: GenClad 280 Bond-Ply
- Laminate For RF And Microwave Printed Circuit Boards: AD300C
- Laminate For RF And Microwave Printed Circuit Boards: AD255C
- Laminate For RF And Microwave Printed Circuit Boards: AD250C
- MultiClad: Low-Loss Multilayerable Laminate
- RF And Microwave Laminates
- CLTE-AT: Commercial Ceramic PTFE Composite
- CLTE: RF & Microwave Laminate
- CLTE-LC: RF & Microwave Laminate
- CLTE-XT: Micro-Dispersed Ceramic PTFE Composite
- CuClad: RF & Microwave Laminates
- DiClad: Woven Fiberglass/PTFE Composite Materials
- IsoClad: RF & Microwave Laminates
- AD Series: RF And Microwave Laminates
- AD1000: High Dielectric Constant Laminate
- AD300A: PTFE/Woven Fiberglass/Micro-Ceramic Filled Laminate
- AD350A: RF & Microwave Laminate
- AD450: RF & Microwave Laminate
- 25N/FR: Ceramic-Filled Composite Materials
- TC600: 6.15 Dielectric Constant Material
- PIM Series: Passive Intermodulation Laminates
- PCB Board Design Considerations For Impedance Control And Optimal Signal Integrity In High Speed Digital And RF Systems
- Improvements In Microwave Laminates For Power Amplifier Reliability And Efficiency
- Advanced Microwave Laminate Materials For The Improvement Of Efficiency And Reliability In Antennas And Feed Networks
- Arlon, Inc. Achieves Best-Ever Safety Record
- Arlon Responds To Patent Infringement Lawsuit Filed By Rogers Corporation
- Millimeter-Wave Printed Circuit Board Developments - Improvements For Mechanical Packaging And Electrical Requirements
- Improvements In Microwave Laminates For Amplifier Reliability And Efficiency
- Arlon Launches Microwave And RF Laminate For Commerical Applications
- Arlon Launches RF And Microwave Laminate With High Thermal Conductivity
- Arlon To Highlight Microwave Laminates And Composite Materials At EuMW
- Microstrip Patch Antennas For RFID Readers
- Application Note: PTFE Multilayers
- Application Note: Materials For Wireless Infrastructure
- Everything You Wanted To Know About High Frequency Laminates
- Application Note: Everything You Wanted To Know About Laminates
- Microwave And RF Materials Guide
- High Performance Laminate Materials For RFID Antennas
- Microwave Laminate Material Considerations For Multilayer Military Applications
- Arlon Announces Grand Opening Of Suzhou, China, Manufacturing Facility
- Combining Dielectrics In Multilayer Microwave Boards

