Product Benefits
IMS PCBs have excellent thermal conductivity, high mechanical strength, and dimensional stability. High power and thermal heat dissipation are the principal applications for an IMS PCB.
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Aluminum (Al) is the third most abundant element since it is a main component of many minerals. Aluminum is easy to collect and recycle, making it very economically affordable.
Cost Effective
High-temperature tolerance enables a higher density of LEDs. Aluminum has superior heat dissipation when compared with fiberglass-printed circuit boards.
Heat Dissipation
More strength and durability than the fiberglass layer. Its strength is an advantage during the manufacturing process and everyday use.
High Durability
Aluminum is one of the lightest metals with a density of 2.7g/cm3, which corresponds to approx. a third of steel 7.8g/cm3 or copper with 8.96g/cm3.
Lightweight
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Aluminum base core material provides a superior and economical solution for managing component temperatures in electronic applications such as LED lighting, power supplies, motor control systems, and many others.
Most Alu IMS boards are single-sided, but the production of double-sided is possible. The dielectric layer between the Cu and the Alu provides a thermal conductivity between 0,6 to 7,0W/mK (Watt per meter Kelvin), depending upon laminate brand and price level. The aluminum base provides improved thermal conductivity and dissipates heat more efficiently than fiberglass-based PCBs. Additionally, aluminum PCBs are often more durable and have a longer lifespan compared to traditional PCBs.
Most Alu IMS boards are single-sided, but the production of double-sided is possible. The dielectric layer between the Cu and the Alu provides a thermal conductivity between 0,6 to 7,0W/mK (Watt per meter Kelvin), depending upon laminate brand and price level. The aluminum base provides improved thermal conductivity and dissipates heat more efficiently than fiberglass-based PCBs. Additionally, aluminum PCBs are often more durable and have a longer lifespan compared to traditional PCBs.
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Thermal conductivity: Aluminum has a much higher thermal conductivity compared to traditional PCB materials, typically in the range of 1-2 W/m-K. Dielectric materials with thermal conductivity up to 7W/m-K are available upon request.
Thickness: Aluminum PCBs are available in thicknesses from 0,3mm to 3.0mm. (Special up to 5mm) Copper thickness: The base copper can range from 1 to 3 oz (35um – 105um).
Surface finish: Common surface finishes for aluminum IMS PCBs are LF HASL, immersion Sn and ENIG.
PCB laminate: Most Alu IMS boards are single-sided. Since Alu is an electrically conductive metal, an electrical insulating and thermally conductive dielectric is placed between the Cu and the Alu. Production of double-sided and multilayers are possible, but the PTHs must also be insulated from the Alu.
PCB layout: The layout of an aluminum PCB is typically different from a traditional PCB as thermal management needs to be considered.
Thickness: Aluminum PCBs are available in thicknesses from 0,3mm to 3.0mm. (Special up to 5mm) Copper thickness: The base copper can range from 1 to 3 oz (35um – 105um).
Surface finish: Common surface finishes for aluminum IMS PCBs are LF HASL, immersion Sn and ENIG.
PCB laminate: Most Alu IMS boards are single-sided. Since Alu is an electrically conductive metal, an electrical insulating and thermally conductive dielectric is placed between the Cu and the Alu. Production of double-sided and multilayers are possible, but the PTHs must also be insulated from the Alu.
PCB layout: The layout of an aluminum PCB is typically different from a traditional PCB as thermal management needs to be considered.
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Lighting applications with LEDs on aluminum-based substrates largely replace traditionally used halogen light bulbs for both indoor and outdoor home and building lighting, street lighting, road signs, application signs, automotive, railway, and avionics.
Aluminum base core material provides a superior and economical solution for managing component temperatures in electronic applications such as LED lighting, power supplies, motor control systems, and many others.
Most Alu IMS boards are single-sided, but the production of double-sided is possible. The dielectric layer between the Cu and the Alu provides a thermal conductivity between 0,6 to 7,0W/mK (Watt per meter Kelvin), depending upon laminate brand and price level. The aluminum base provides improved thermal conductivity and dissipates heat more efficiently than fiberglass-based PCBs. Additionally, aluminum PCBs are often more durable and have a longer lifespan compared to traditional PCBs.
Most Alu IMS boards are single-sided, but the production of double-sided is possible. The dielectric layer between the Cu and the Alu provides a thermal conductivity between 0,6 to 7,0W/mK (Watt per meter Kelvin), depending upon laminate brand and price level. The aluminum base provides improved thermal conductivity and dissipates heat more efficiently than fiberglass-based PCBs. Additionally, aluminum PCBs are often more durable and have a longer lifespan compared to traditional PCBs.
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Thermal conductivity: Aluminum has a much higher thermal conductivity compared to traditional PCB materials, typically in the range of 1-2 W/m-K. Dielectric materials with thermal conductivity up to 7W/m-K are available upon request.
Thickness: Aluminum PCBs are available in thicknesses from 0,3mm to 3.0mm. (Special up to 5mm) Copper thickness: The base copper can range from 1 to 3 oz (35um – 105um).
Surface finish: Common surface finishes for aluminum IMS PCBs are LF HASL, immersion Sn and ENIG.
PCB laminate: Most Alu IMS boards are single-sided. Since Alu is an electrically conductive metal, an electrical insulating and thermally conductive dielectric is placed between the Cu and the Alu. Production of double-sided and multilayers are possible, but the PTHs must also be insulated from the Alu.
PCB layout: The layout of an aluminum PCB is typically different from a traditional PCB as thermal management needs to be considered.
Thickness: Aluminum PCBs are available in thicknesses from 0,3mm to 3.0mm. (Special up to 5mm) Copper thickness: The base copper can range from 1 to 3 oz (35um – 105um).
Surface finish: Common surface finishes for aluminum IMS PCBs are LF HASL, immersion Sn and ENIG.
PCB laminate: Most Alu IMS boards are single-sided. Since Alu is an electrically conductive metal, an electrical insulating and thermally conductive dielectric is placed between the Cu and the Alu. Production of double-sided and multilayers are possible, but the PTHs must also be insulated from the Alu.
PCB layout: The layout of an aluminum PCB is typically different from a traditional PCB as thermal management needs to be considered.
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Lighting applications with LEDs on aluminum-based substrates largely replace traditionally used halogen light bulbs for both indoor and outdoor home and building lighting, street lighting, road signs, application signs, automotive, railway, and avionics.
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Industries
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Industries
Automotive
Top Automotive brands choose ICPRUS to match and exceed the high quality and logistics demands of their industry.
Medical
An ever-increasing amount of companies in the medical industry rely on the Precision from ICPRUS.
Consumer &
Multimedia
Multimedia
The Industrial Automation sector benefits from ICPRUS’s intimate understanding of the complexity of automation and robotics.
Aerospace
ICPRUS is growing in the aerospace industry because of the benefits offered by our expert services and one-stop solutions.
Railway
ICPRUS’s engineers and supply chain specialists provide the solutions to help even the densest railway networks to stay on track.
Lighting
From the moment lighting started becoming electronic, ICPRUS’s engineers have been at the forefront of the latest developments, supporting design for mass production.
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Technical Data
Aratek biometric solutions
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Technical Data
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