(31 products available)
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Glass fiber reinforced plastic, or G10 fiberboard, is an epoxy resin laminated sheet with a glass fabric matrix. It is primarily used as an electrical insulator and has a hard and flat surface. The G10 fiberboard is known for its lightweight and durable features, making it a popular choice in various industries. The board can be used as a circuit board, and its copper-clad version is used extensively in electronic applications.
The G10 fiberboard comes in different types and can be customized according to the needs and requirements of end users. Here are some of the types:
The G10 fiberboard has several features and functions. This includes:
Good mechanical strength
The G10 fiberboard has excellent mechanical strength. This makes it stable and durable. It can withstand repeated impacts and mechanical stress without breaking easily or cracking. Its durability ensures the components made from it can be used for a long time. The durability of the G10 fiberboard also means it can be used in different applications requiring various levels of mechanical strength. The applications include electrical enclosures, panels, and circuit board bases.
Low moisture absorption
G10 fiberboard has low moisture absorption. This helps prevent the growth of mold and fungi. Low moisture absorption ensures the board remains stable and maintains its mechanical properties for a long time. Reduced moisture also ensures there is no swelling or warping of the board, which can affect its electrical and mechanical properties. The low moisture absorption property also makes the G10 fiberboard suitable for use in humid environments and areas with high temperatures.
High dielectric strength
The G10 fiberboard has high dielectric strength. This makes it an excellent electrical insulator. It prevents the flow of electrical current through it. The electrical insulation property ensures the fiberboard is used in electrical applications like circuit boards. It protects electrical components from short circuits and damage. The high dielectric strength property of G10 fiberboard also promotes the safe and efficient operation of electrical devices.
Heat resistance
The G10 fiberboard can resist heat. This is because it is thermoset plastic. This feature allows it to be used in high-temperature applications. The heat resistance property ensures the fiberboard does not deform or melt when exposed to high temperatures. This allows for the safe and efficient use of the G10 fiberboard in electrical applications. It helps prevent electrical components from overheating and causing fires.
Lightweight
The G10 fiberboard is lightweight. This makes it easy to handle and transport. When assembling components from G10 fiberboards, less energy is used, which saves costs. Its lightweight property also means it can be used in applications where weight is critical, like in aerospace and automotive industries.
Before delving into the G10 fiberboard scenarios, it's important to understand what it is. G10 fiberboard is a composite material made from epoxy resin and glass fiber. It is a robust, high-pressure laminate often used in electrical and mechanical applications due to its durability. Here are some common usage scenarios:
Functional/Non-Functional Prototype
Prototyping is a common practice in the electronics industry. G10 fiberboards are often used to create functional prototypes of electronic devices. Their electrical insulation properties and structural integrity allow engineers to test the device's functionality before mass production. Non-functional prototypes, on the other hand, are built using G10 fiberboards to demonstrate the design and layout to stakeholders. These prototypes do not require electrical testing, but their structural integrity is important.
PCB Design Changes and Layout Modification
Changes in the design of printed circuit boards (PCBs) are often made during the development process. These design alterations may include the repositioning of components or the integration of new elements. G10 fiberboards are used in these scenarios since they provide a stable and reliable substrate for the final PCB layout. Their strength and insulation properties ensure that the modified designs function effectively.
High Voltage Applications
These fiberboards are suitable for applications requiring high voltage levels. Their excellent dielectric properties make them safe for use in environments where electrical insulation is critical. Examples of such applications include switchgear, circuit breakers, and high-voltage transformer components.
Temperature-Sensitive Electronics
G10 fiberboards are ideal for housing temperature-sensitive electronic components. They provide stable performance at varying temperatures due to their heat resistance. As a result, these boards are often used in applications such as power electronics, automotive control systems, and aerospace sensor packages.
Heavy-Duty Applications
The mechanical strength of G10 fiberboards makes them suitable for applications involving heavy loads. For example, these boards can be used in the construction of relay bases, bus bars, and electrical insulating supports in high-current applications. Their ability to withstand mechanical stress ensures the longevity of these components.
Moisture-Prone Environments
In environments where there is a lot of moisture, the integrity of the substrate material can be compromised. However, G10 fiberboards are resistant to moisture and environmental degradation, making them suitable for use in humid conditions. They are often used in marine electronics, outdoor substations, and agricultural equipment controls.
When it comes to choosing the right fiberboard, there are several factors that must be considered. These factors will ensure that the fiberboard meets the needs of the application it is intended for. Below are some of the factors to consider before purchasing a G10 fiberboard:
Consider the Purpose
It is important to determine the intended use of the fiberboard. If the board will be used for construction projects, then a fiberboard with high strength and durability should be considered. If it is to be used for electrical applications, then a G10 epoxy board will be suitable.
Consider the Thickness and Size
The thickness and the size of the fiberboard will greatly influence its performance. It is important to choose a size and thickness that will fit the specifications of the project. Fiberboards come in different sizes and thicknesses, and choosing the right one will ensure structural integrity and stability.
Consider the Price
When it comes to purchasing G10 fiberboards for resale, it is important to consider the price to ensure profit margin. Different types of G10 fiberboards will come at different prices depending on their quality. While it is important to consider the price, it is also important to take into account the quality of the board.
Consider the Aesthetics
If the G10 fiberboard will be used in applications where it will be visible, then aesthetics should be considered. Factors like color, texture, and finish should be taken into account to ensure that the fiberboard complements the overall design of the project.
Consider the Environmental Impact
It is important to choose a G10 fiberboard that has a minimal environmental impact. This is especially important for projects that promote sustainability. As such, it is advisable to look for certifications and labels that show that the fiberboard was manufactured sustainably.
Q1. Is G10 fiberboard easy to machine?
A1. Yes, G10 fiberboard is relatively easy to machine. The boards can be drilled, cut, or shaped into different designs using suitable mechanical tools. When machining G10 boards, use carbide-tipped tools for better performance and smoother finishes.
Q2. What are the environmental impacts of G10 fiberboard?
A2. The environmental impact of G10 fiberboard depends on how it is manufactured. Some manufacturers provide sustainable G10 boards by using recycled materials and energy-efficient manufacturing processes. Others offer G10 boards with a sustainable certification indicating that the boards were manufactured sustainably.
Q3. Can G10 fiberboard be recycled?
A3. The G10 fiberboard can be recycled, but it depends on the board's manufacturing components. If the board is made of recyclable materials, it can be recycled. However, the board may be disposed of if the board's resin material contains a hardener.
Q4. What is the maximum operating temperature for G10 fiberboard?
A4. The maximum operating temperature for G10 fiberboard is 130 degrees Celsius. At this temperature, the G10 boards maintain their structural integrity and electrical properties. When the temperature exceeds 130 degrees Celsius, the boards start to lose their mechanical strength and become deformed.
Q5. Is G10 fiberboard waterproof?
A5. G10 fiberboard is not waterproof. However, it is highly water-resistant. The G10 boards can resist moisture and humidity but cannot be submerged in water for a prolonged period.
浙公网安备 33010002000092号
浙B2-20120091-4