A composite panels, also known as a sandwich panel, consists of two skins or faces and a core material in the middle. The panel’s three halves function as one cohesive unit. Composite panels outperform their individual components (core and panel facings) because they capitalize on the capabilities of each. A facing is connected to both sides of a low-density core.
The core is responsible for supporting the outer layers, absorbing impact, and maybe insulating as well. We are primarily used for insulation, Aluminum Composite Panels are used for their structural and lightweight benefits. These core materials can also be employed to increase the panel’s thickness or bulk without negatively impacting the panel’s overall lightness.
The technological characteristics of the core and skin of each panel will vary. Therefore, these are crucial factors to think about for your specific application while designing a project.
Why do We Need to Use Composite Panels?
- Safe for the Environment
Sandwich panels with an insulated core are both eco-friendly and cost-effective. Insulated composite panels, for instance, can help a refrigerated truck keep its cold for longer, so that it uses less fuel to maintain its temperature on the road.
Composite panels, despite their small weight, have a high strength-to-weight ratio, making them an excellent choice for applications that demand high mechanical performance without excessive bulk.
Composite panel cores made from materials. We offer superior structural benefits, allowing them to be used in place of heavier materials like plywood while maintaining the panel’s strength.
When compare to heavier solid materials, the cost of delivery can be reduce and the material cost save by using lightweight composite panel.
Different core and face materials allow composite panels to serve a wide variety of purposes. Project specifiers can benefit from these materials for a wide variety of clients and projects since, for instance, non-combustible materials can be use in regions where rules apply and thermal insulation can be utilized in situations where temperature control is vital.
Reduced noise pollution is another benefit of using composite panel. This is especially helpful for buildings located in urban areas or close to major thoroughfares. This also means they can be use in the construction of camper and caravan exteriors. The use of panel cores with a higher mass dampens both internal and external noise.
High Strength Under Compression
The greater compressive strength of composite panel means they can support more weight than most other materials. They are also remarkably resistant to impacts.
- Composite panels’ primary uses
Composite panels find widespread use in a variety of fields, including but not limited to:
- Industry of Automobiles
Composite panels are use for all interior surfaces, including ceilings, walls, doors, and floors, in today’s cars, trucks, and other large vehicles. Also, composite panel reduce a vehicle’s overall weight and improve its ability to maintain an optimal interior temperature compared to traditional steel structures.
In the automotive industry, lightweight composite panel are install as specialty interior panels. Details and custom shapes can be CNC machine into these panels as well.
The core of composite panels not only makes them efficient at preventing heat loss, but also at blocking out unwanted noise. The panels’ ability to dampen ambient noise makes them well-suited for drywall applications in both commercial and domestic settings.
Buildings and other structures can benefit from Column Covers increased insulation thanks to sandwich panels made with ornamental front materials and insulated cores.
- A/C Rooms
Composite panels help create an environment that is both temperature control and sanitary, which is especially useful in cold rooms. Insulated composite panel are often use to provide a thermal and vapor barrier around certain regions in enterprises. That employ chillers or are food processing settings.
- Vehicle Refrigeration
Insulating and supporting vehicles with unusual weight requirements. Like food delivery trucks and vans, is a common application for composite panel in the automotive industry. The panels help to distribute the weight within the truck, maintaining the temperature just right for the perishable cargo.