Chloe Zhang
Hoverboards, also known as self-balancing scooters, have become increasingly popular since their release. However, their plastic outer shells, which house all internal components, have sparked concerns due to the use of cheap, untested batteries from China, resulting in safety issues and property damage. With their simple assembly and off-the-shelf components, hoverboards have become polarizing products, loved by some and hated by others.
| Characteristics | Values |
|---|---|
| Hoverboard plastic origin | China |
| Hoverboard outer shell material | ABS plastic or reinforced polymer |
| Plastic function | Insulating liner |
| Plastic placement | Wrapped around the coils |
| Hoverboard manufacture | American and Chinese companies |
| Hoverboard battery manufacture | China |
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What You'll Learn
Hoverboard outer shells are made from ABS plastic or reinforced polymer
Hoverboards have become extremely popular over the years, with many people wanting to get their hands on one. While they may look like a simple slab of plastic, they are in fact a carefully engineered machine. The outer shell of a hoverboard is usually made from ABS plastic or reinforced polymer. This outer shell houses all the internal components of the hoverboard.
ABS stands for acrylonitrile butadiene styrene, which is a type of thermoplastic polymer.three different synthetic monomers, which are acrylonitrile, butadiene, and styrene.3D printing and injection moulding manufacturing.
Reinforced polymers are also used for the outer shell of hoverboards. Polymers are large molecules composed of repeating structural units, and they can be found in both natural and synthetic materials. Reinforced polymers are created by adding a reinforcing agent to a polymer matrix. This agent can be a filler or a fibre, and it improves the strength and stiffness of the polymer. For hoverboards, reinforced polymers are used to create a sturdy and durable outer shell that can protect the internal components.
The use of either ABS plastic or reinforced polymer for the outer shell of a hoverboard allows for a balance between durability and flexibility. While the outer shell needs to be sturdy enough to protect the internal components, it also needs to be flexible enough to withstand some impact and vibrations during use. As a result, hoverboards are able to maintain their structure and function while being used for transportation.
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Plastic insulating liners wrap around the coils
Hoverboards are self-balancing scooters that have gained popularity in recent years. They consist of various components, including a circuit board, pressure sensors, footpads, gyroscopes, and motors. The outer shell of a hoverboard is typically made of ABS plastic or reinforced polymer, which houses all the internal components.
One of the critical aspects of a hoverboard's design is the use of plastic insulating liners. These thin sheets of plastic wrap around the coils, acting as insulators to ensure the safe and efficient functioning of the device.
Insulators are essential in electrical equipment to support and separate electrical conductors without allowing current to pass through themselves. They prevent electrical current from flowing through the material, ensuring that it follows the intended path. In the context of a hoverboard, the plastic insulating liners play a crucial role in maintaining the integrity of the electrical systems.
The plastic insulating liners in hoverboards are likely made of materials with high resistivity, such as rubber-like polymers or plastics that can be thermoset or thermoplastic. These materials effectively prevent significant current flow at normally used voltages, making them ideal for insulation in electrical wiring and cables.
Additionally, the use of plastic insulating liners in hoverboards offers advantages such as flexibility and ease of installation. Plastic is a versatile material that can be moulded into thin sheets, allowing it to wrap around the coils snugly. This flexibility ensures that the insulating liners can be fitted easily during the assembly process, contributing to the overall simplicity and cleanliness of hoverboard manufacturing.
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Polycarbonate windows hide stickers
Polycarbonate windows are an effective way to hide stickers on hoverboards. The outer shell of a hoverboard is usually made of ABS plastic or reinforced polymer, and this houses all the internal components. To hide stickers, you can cover the area with tinted polycarbonate windows that can be easily popped off. Polycarbonate is a versatile and durable plastic that provides great strength at a lightweight. It is also used in automotive dashboards, consumer electronics, and other backlit applications.
Polycarbonate windows can be made optically clear, but they can also be manufactured with a haze or frosted look. This is achieved by allowing or scattering different amounts of light when viewing through the polycarbonate. This is known as the "haze" of the material and can be manipulated to create different visual effects.
The versatility of polycarbonate means it is a popular choice for graphic overlays, nameplates, and faceplates. It is also used as a laminate to protect labels that are screen-printed or digitally printed. Different textures are available for polycarbonate substrates, including velvet Lexan labels and overlays.
The use of polycarbonate windows to hide stickers on hoverboards is a great example of how this material can be utilised for its strength, lightweight nature, and visual properties. By using tinted polycarbonate windows, the stickers are effectively hidden, and the overall aesthetic of the hoverboard is improved.
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Plastic bracket holds the battery
The plastic bracket that holds the battery in a hoverboard is an essential component. It is a lightweight cage that prevents the lithium-ion battery pack from shifting around and changing the board's centre of gravity. Riding a hoverboard without a battery cage would be dangerous, as the battery could move around and affect the balance and stability of the hoverboard.
The plastic bracket is part of the inner assembly of the hoverboard, which is housed within the outer shell, usually made of ABS plastic or reinforced polymer. The outer shell of the hoverboard gives the product its sleek, cutting-edge appearance, but it is the inner components that make it work. The plastic bracket is one such component, working to keep the battery secure and in place.
The hoverboard's battery is a large lithium-ion battery pack, and it is held in place by the plastic bracket. This bracket is designed to fit the specific size of the hoverboard, with options available for 6.5-inch, 8-inch, and 10-inch hoverboards. The bracket is a replacement part that can be purchased separately, and it is important to ensure that the correct size is selected for the specific hoverboard model.
The plastic used for the bracket is durable and strong enough to securely hold the battery in place during the movement and vibration of riding. It is also designed to be lightweight, so as not to add significant weight to the hoverboard, which could affect its performance and range. The plastic is likely a type of polymer, given its strength and durability, but the specific type of plastic used may vary depending on the manufacturer and model of the hoverboard.
The assembly of the hoverboard, including the plastic bracket and battery, is a relatively simple process. The manufacturers have a lot of space inside the enclosures, allowing for the use of off-the-shelf components and easy access for repair and replacement. The plastic bracket is a key part of this assembly, as it ensures the battery is securely held in place and cannot move around during use.
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Plastic parts are easily replicated by manufacturers
Hoverboards are manufactured by a variety of American and Chinese companies. The outer shell of a hoverboard is usually made of plastic, specifically ABS plastic or reinforced polymer. This plastic shell houses all the internal components, such as the circuit board, gyroscopes, motors, and batteries.
The simplicity of the design and the availability of off-the-shelf components mean that manufacturers can quickly and inexpensively replicate and mass-produce hoverboards. This has led to a rapid increase in the popularity and availability of hoverboards in recent years. However, it is important to note that the ease of replication has also led to concerns about the safety of these devices, particularly regarding the quality of batteries used. Some hoverboards have been recalled due to issues with batteries catching fire, highlighting the potential dangers of cheaply made and untested components.
While the plastic components of hoverboards are easily replicated, it is essential to prioritize safety and ensure that all parts are properly tested and certified. This includes comprehensive testing of the materials used, especially the batteries, to prevent safety hazards and property damage caused by faulty or cheaply made components.
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Frequently asked questions
The outer shell of a hoverboard is usually made of ABS plastic or reinforced polymer.
The plastic bracket in a hoverboard is used to hold the battery in place.
Thin sheets of white plastic are used as insulating liners wrapped around the coils. Tinted polycarbonate windows are also used to cover and hide stickers.
Hoverboards are manufactured by a variety of American and Chinese companies.
