Jiaxing Lantu Chassis Co., Ltd. is located in Haiyan County, Jiaxing City, Zhejiang Province. It is a company engaged in the design, production and professional production of precision metal molds: aluminum shells, aluminum profile shells, communication chassis chassis, 19-inch chassis, non-standard chassis, hardware for The main well-known enterprises. It is widely used in electronics, instruments, meters, industrial control, communications, medicine, aerospace and other fields.
Why Choose Us
Our factory
Jiaxing Lantu Chassis Co., Ltd. is located in Haiyan County, Jiaxing City, Zhejiang Province. It is a company engaged in the design, production and professional production of precision metal molds: aluminum shells, aluminum profile shells, communication chassis chassis, 19-inch chassis, non-standard chassis, hardware for the main well-known enterprises.
Product application
It is widely used in electronics, instruments, meters, industrial control, communications, medicine, aerospace and other fields. The company can also produce suitable products according to the customer's size, drawings, and physical requirements, such as modeling design, structural design and other technical means.
R & D team
The company has professional R & D capabilities and technical level ranking in the top domestic R & D team.
Our service
The company can also produce suitable products according to the customer's size, drawings, and physical requirements, such as modeling design, structural design and other technical means.
The server chassis is an essential component of any computing system. It's what houses and protects all the vital components that make up a server, including the hard drives, power supply, and cooling fans.
Metal enclosures are essential components in various applications that require a sturdy and protective housing. These enclosures provide a secure and robust framework that is vital for safeguarding the electrical and electronic equipment contained within.
The Audio Equipment Case is a must-have for serious music lovers who are always on-the-go. With its sturdy and durable construction, it provides reliable protection for your precious audio equipment, including headphones, speakers, and cables.
The power amp chassis is an exceptional product that provides powerful functionality for audio enthusiasts. It is designed to accommodate various types of power amplifiers and comes with a sturdy, high-quality construction that ensures durability and reliability.
The Video equipment enclosure is an essential tool that can help protect your video equipment from various outdoor elements. It is specially designed with top-quality materials to ensure strength and durability, making it the ideal choice for harsh environments. With its robust construction, you can be confident that your video equipment will be safe and secure.
Headphone amplifier cases are designed to provide audiophiles with a high-quality and convenient way to enhance the sound of their headphones. These cases offer a range of features that elevate the listening experience, such as increased power output, improved clarity, and better control over the audio.
Portable metal enclosures are an excellent solution for protection and transportation of sensitive equipment. Crafted with sturdy metal materials, these enclosures are designed to withstand rough handling and provide utmost protection to the equipment within.
The power supply metal enclosures are high-quality products with excellent features that make them a great choice for various applications. These enclosures are known for their durability and strength due to their high quality metal construction, providing long-lasting protection for electrical components.
Heatsink cases are an essential component in electronics that provide a variety of benefits and functions. Firstly, they serve the primary purpose of dissipating heat and thereby keeping delicate electronics from overheating. This function is critical for ensuring the longevity of electronic devices and preventing damage caused by thermal build-up.
A computer case, also known as a computer chassis, is the enclosure that contains most of the hardware of a personal computer. The components housed inside the case (such as the CPU, motherboard, memory, mass storage devices, power supply unit and various expansion cards) are referred as the internal hardware, while hardware outside the case (typically cable-linked or plug-and-play devices such as the display, speakers, keyboard, mouse and USB flash drives) are known as peripherals. Conventional computer cases are fully enclosed, with small holes (mostly in the back panel) that allow ventilation and cutout openings that provide access to plugs/sockets (back) and removable media drive bays (front).
Advantages of Computer Case
Protection
The primary function of a computer case is to protect and shield the critical computer hardware from external factors like dust, moisture, physical impact, electromagnetic interference, electrical interference and other forms of environmental hazards.
Cooling
As computers generate a lot of heat, computer cases come with built-in fans or ventilation systems to ensure proper airflow and heat dissipation. It helps to prevent overheating, which can damage the system components, and ensures optimal performance and longevity.
Cable management
Computer cases also play a vital role in proper cable management. They provide sufficient space and organization options for the cables, which helps to eliminate clutter, optimize and improve airflow and cooling, and make upgrades and maintenance more accessible.
Aesthetics
Computer cases come in a range of designs and colors, which helps in the customization and aesthetics of your computer system. They are available in various shapes and sizes, including mid-tower, full-tower, and mini-tower, allowing the user to choose the one that suits their needs and preferences. Aesthetics wise, you might want to consider investing in a transformer computer case with a unique design layout that sets it apart from other more common pc cases.
Noise reduction
Many computer chassis come with thick, sound-dampening materials that help in reducing the overall noise generated by the system hardware components. It provides a quieter computing experience, especially for users working in shared environments like offices or homes.
What Are the Different Types of Computer Case
Full-tower
Full-tower computer cases are the largest of the bunch by a considerable margin. Heed our warning: They're even larger than you're probably expecting. As such, we wouldn't recommend full-tower computer cases to most users, unless you're entirely sure you've got the room for it. They're complete overkill, and the unwieldly size can make it hard to deploy them.
The main reason you might go for a full-size computer case is the sheer internal space that's built with upgrades in mind. If you're a data hoarder, they'll have more than enough drive bays and expansion slots for stacks and stacks of storage drives and even the chunkiest of graphics cards. If you're a fan of physical media, they're really the only cases that still cling onto front-panel bays for blu-ray and dvd drives.
Full-tower computer cases are approximately 2ft in height and are intended to stand on the floor. Due to their imposing dimensions, they're mainly used by hardware enthusiasts and case modders. Full-tower computer cases have room to spare for custom loop water cooling, with the largest radiators, pumps, and reservoirs.
Mid-tower
As the name implies, mid-tower computer cases are middle-of-the-road option that's just the right size for most users. They're a fair bit roomier than micro-atx cases – making them less tricky to build in – but they're nowhere near as enormous and unwieldy as full-tower cases.
Mid-tower is by far the most popular category of computer case. Just take a look at how many models ebuyer carries compared to other sizes. Realistically, most components are designed to fit inside these cases. Sure, they might not have 10-rack-tall drive bays, but they'll have enough for the average users' needs.
While any sized graphics card is practically guaranteed to fit into a full-tower case, you might have to double-check the dimensions in a mid-tower. They are approximately 18" in height and are designed to stand beneath or on a desk – with a transparent side panel, this gives you a prime view of your system's internals.
Unless you've got a particular build in mind, we'd recommend mid-tower cases as the go-to form-factor for several reasons. As it's so compact, you'll have a vast range of cases to choose from at competitive prices. Mid-tower computer cases strike a great balance between price, ease of installation, and airflow.
Micro-atx & mini-itx
The smallest sizes of computer case are micro-atx and mini-itx, taking up a fraction of the space compared to a mid or full-tower cases. These cases, and their micro-atx and mini-itx motherboards, strip things back to the essentials. Everything's packed shoulder to shoulder in these cases. Not an inch is wasted. While it's efficient, it can have a negative effect on temperatures if you don't take the right precautions.
Micro-atx and mini-itx cases are great for getting a console-like gaming experience in the living room, but with all the benefits a gaming pc brings.
Form factors are the physical dimensions and layout of a computer case. Different form factors are designed to accommodate different types and sizes of motherboards, power supplies, and other internal components. Here are some common form factors of computer cases:
ATX (Advanced Technology eXtended)
This is the most common form factor for desktop computers. It measures 305mm x 244mm and provides space for up to seven expansion slots.
Micro-ATX
This smaller form factor measures 244mm x 244mm and is designed to fit in more compact cases. It typically has four expansion slots.
Mini-ITX
This is the smallest form factor and measures only 170mm x 170mm. It is designed for compact and low-power systems, such as home theater PCs.
E-ATX (Extended ATX)
This larger form factor measures 305mm x 330mm and can accommodate up to nine expansion slots. It is designed for high-end gaming and workstation systems.
BTX (Balanced Technology eXtended)
This form factor was developed by Intel as a replacement for ATX, but it never gained widespread adoption. It features a rotated motherboard, which improves air flow and reduces heat buildup.
Choosing the right form factor for your computer case model is important in ensuring that all the components fit properly and that your system runs smoothly.
The computer case or chassis can have many functions depending on the specific computer and its overall design.
The case design of both laptops and desktop computers has the first job of reducing EMI and other electrical interference and must meet FCC and other governing agency requirements before it can be sold. There are different requirements for Home use vs Business or industrial use.
Many laptops use the case as an aid in cooling. Aluminum/metal cases can be designed as a giant heat sink thus reducing the need for more powerful and noisy fans.
The computer case is often designed in such a way to direct air flow to and around various components that need cooling. In the typical Desktop computer case, the fans often pull air in at the front of the computer flowing directly over the hard drive for cooling and then possibly around other critical components before exiting out the rear of the computer or out through the power supply. Without this added air flow many hard drives would overheat and very likely fail prematurely.
The case can also be used to create a cage around sensitive circuitry that could be affected by static electricity. The Computer case also gives you a place for mounting brackets and other means to affix expansion cards, hard drives, CD/DVD Drives, power supplies and other components. Last but not least, the case can enhance the look of the computer. In some cases you would be very disappointed at how little stuff is really in there.
Compatible motherboard form factors
To simplify computer system assembly, manufacturers have standardized motherboard sizes, calling them "form factors." When choosing a computer case, you should look first and foremost for the form factor of the motherboards supported. If you buy a case that is not compatible with the size of your motherboard, you will have to either change the case or the board itself. It is not possible to modify the structure yourself or "hack" a new mounting system. Manufacturers of computer cases always indicate the motherboard form factors supported on their websites. This information can also be found on online store pages.
Maximum graphics card length and CPU cooler height
If the length of the graphics card exceeds that which the case supports, the graphics accelerator will not fit. The same goes for the CPU cooler: if its height exceeds that supported by the case, it will not be possible to close the side panel. Therefore, always check the manufacturer's website to see what the maximum graphics card length and CPU cooler height the case supports. It is recommended to have a margin of 1-2 millimeters. That is, if the case supports coolers up to 170 mm in height, it is best to choose cooling that is a few millimeters lower so that the side wall definitely closes.
Case size
The size of a computer case is an approximate dimension. The most common case sizes for PCs are Mid-Tower and Mini-Tower. Their dimensions are sufficient for installing most gaming components available on the market, and the cases themselves do not take up much space on the desk.
Number of HDD and SSD drive bays
When choosing a case, pay attention to how many bays are available for drives. For example, if you have three hard drives and the case only has room for two, you will not be able to install the third one. Also, when choosing a case, keep in mind that you may need to expand your file storage in the future, so it makes sense to consider cases with more bays. Given how quickly program and video game file sizes are growing, additional drives will be needed fairly soon.
Cooling
Case fans are responsible for cooling features. They direct airflow so that hot air is blown out of the computer case, while cold air flows in. To achieve this circulation, manufacturers install several fans in the case. Some companies save money and only have one fan on the back wall. On the one hand, this is bad because you lose the correct air circulation "out of the box." On the other hand, there is nothing stopping you from buying additional fan sets and installing them in the case.
In this case, you choose the fans for the system block yourself, decide what size they will be, what speed they will rotate at, and whether you need backlighting. In the end, the quality of the fans will be better than those the manufacturers prepared.
Availability of Dust Filters
To circulate air, not only coolers but also ventilation holes are needed, and they should be covered with dust filters – metal meshes that prevent small particles from getting inside. It is important that the filters are positioned in front of the fans on the intake side – filters on the exhaust side are not necessary, though they won't hurt.
Mesh or Glass
Cases with fans on a mesh front wall are the most common, but many manufacturers make the front panel glass for aesthetic reasons.
There is an opinion that this is unacceptable because it obstructs the ventilation holes and causes computer components to overheat. In reality, cases with a glass front panel also have ventilation holes, just not on the front but on the sides. This is enough to keep the system from "suffocating".
However, cooling in cases with a mesh front panel is indeed more efficient: components in these cases heat up 2-3 degrees less. If this difference is important to you, it is better to choose cases with a mesh panel.
Position of the Power Supply Unit (PSU)
In addition to coolers and ventilation holes, the bottom or top position of the PSU affects air circulation in the case. It used to be installed on top, but in most modern cases, it is only on the bottom. This position is better because the PSU does not take in hot air from the processor and motherboard power supply system. This is good for their temperature and longevity.
Connectors on the Front Panel
The presence and number of connectors on the front panel is not a deciding factor, as extension cords, adapters, and USB hubs can always be used. In addition, external devices can be connected to ports on the back of the PC.
Nevertheless, if there are connectors, it can make using the computer in the future much more convenient. We recommend looking for cases with at least one USB 3.0 connector on the front panel. It is also desirable to have two Jack 3.5 connectors for connecting headphones and microphone.
What Is the Best Way to Clean a Computer Case?
Gather the tools
Before you start, it is important to gather the necessary tools and materials to clean your computer case. This includes a soft cloth or microfiber cloth, a can of compressed air or blower, a small brush or cotton swabs, a screwdriver or case opener, a vacuum cleaner (optional), and a mild cleaner or rubbing alcohol (optional). Additionally, make sure you have a clean and spacious work area, and ensure that your computer is unplugged from the power source and any peripherals.
Open the case
To access the interior of your computer case, you will need to open it. Depending on your case model, you may need to unscrew some screws, slide some panels, or use a case opener tool. Refer to your case manual or online guides for specific instructions. Be careful not to lose any screws or parts, and store them in a safe place. Once you have opened the case, gently remove any dust filters or covers that may be attached to the fans or vents.
Blow out the dust
The most effective way to remove dust from your computer case is to use a can of compressed air or a blower. Hold the can or blower at a safe distance from the components, and spray short bursts of air in different directions. Avoid spraying too close or too long, as this can damage the components or create condensation. Focus on the fans, vents, heatsinks, and power supply, as these are the most prone to dust accumulation. You can also use a small brush or cotton swabs to dislodge any stubborn dust or debris.
Wipe the surfaces
After you have blown out the dust, you can use a soft cloth or microfiber cloth to wipe the surfaces of your computer case. You can dampen the cloth with a mild cleaner or rubbing alcohol, but make sure it is not too wet or dripping. Gently wipe the exterior and interior of your case, avoiding any sensitive or electrical parts. You can also use a vacuum cleaner to suck up any loose dust or debris, but be careful not to touch any components with the nozzle.
Reassemble the case
Once you have cleaned your computer case, you can reassemble it by reversing the steps you took to open it. Make sure you attach all the screws, panels, filters, and covers securely and correctly. Plug your computer back to the power source and any peripherals, and turn it on. Check if everything is working properly, and enjoy your clean and cool computer.
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