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 aluminum motor housing is a high-quality product that is known for its durability, strength, and reliability. It is designed to protect the motor from external elements while ensuring optimal performance.
Aluminium Die Casting Led Housing
The aluminium die casting LED housing is a top-quality product that boasts a range of impressive features. Designed to withstand the rigours of harsh environments and heavy use, this housing is both rugged and durable. Thanks to its premium construction, it is highly resistant to corrosion, rust, and other forms of wear and tear, ensuring that it remains in top condition for years to come.
The Aluminum Profile Shell is an exceptional product that boasts excellent features suitable for various applications. This product is designed to provide greater longevity, durability, and versatility compared to other similar products in the market.
Enclosure Aluminum Housing Box
The enclosure aluminum housing box is a top-of-the-line product with many outstanding features that make it an exceptional choice for any project. The design of this product showcases a strong and sturdy construction, promoting a durable and long-lasting performance. Its high-quality aluminum material ensures that the product can withstand harsh weather conditions, with a noiseless cooling system to prevent overheating and component failure.
These enclosures are made of high-quality aluminium extrusions and are designed to be durable, lightweight and aesthetically pleasing.
Introducing our latest innovation - the LED aluminum housing, a revolutionary product that combines high performance and durability in one sleek design. Crafted with precision and quality materials, this product boasts of efficiency in heat dissipation, making it the ideal choice for LED lighting applications that require prolonged use.
The ALU housing is a revolutionary product that boasts a number of exceptional features. Firstly, it is incredibly durable and long-lasting, thanks to its advanced aluminum construction.
The cast aluminum profile housing is a high-quality product that boasts a range of impressive features. Firstly, this type of housing is made from top-grade aluminum, which means it is exceptionally strong and durable. This makes it ideal for use in a variety of applications, from outdoor lighting fixtures to machinery and equipment.
The aluminum housing is formed by a process of extrusion, which allows for the seamless creation of complex shapes and sizes. As a result, the product is highly customizable and can be made to fit a variety of needs, whether that be for industrial or personal use.
Aluminum enclosures provide excellent (EMC) protection of electronics. Due to the high load capacity of the aluminum material, the enclosures are suitable for applications with the highest requirements. The protection class is standard IP65/66 up to IP68. Various housing dimensions and a wide range of accessories offer an optimal solution for a variety of applications. On request, we supply the housings in special colors or uncoated. For particularly high protection requirements, the housings are available with special EMC shielding measures or with a special seawater-resistant coating. The classic application of these housings is as terminal housings equipped with terminal blocks and cable glands.
Advantages of Aluminium Enclosure
Very Light Weight
Aluminum has a high strength-to-weight ratio. Aluminum enclosures are lightweight, yet strong.
Extremely Strong
The strength of aluminum offers much better fracture toughness than most other materials used in enclosures construction. It is resistant to impacts, mechanical breakage, and propagation of fractures; it does not easily stress, tear, or crack.
Extraordinary Resistance to Corrosion
Aluminum is highly resistant to nearly all substances – such as salt water – that cause corrosion and weathering. Exposure to UV rays for long periods has no effect.
Insensitive to Temperature Extremes
The characteristics of aluminum remain constant over a wide temperature range – 80 °C to + 150 °C. In cold weather, aluminum enclosures do not become more fragile and brittle; instead, the tensile strength increases without lose of ductility. The low coefficient of thermal expansion of aluminum allows it to sustain higher temperatures without distortion.
Naturally Protects Electronics
Aluminum has the highest electrical conductivity-to-weight ratio of any metal. An aluminum enclosures is excellent for RFI / EMI shielding and controlling ESD (electrostatic discharge). Aluminum is also an efficient reflector for externally generated interference, namely, electromagnetic wavelengths of radio and radar.
Excellent Heat Dissipation
Aluminum is widely used in heat sinks and heat exchangers because of its high thermal conductivity. In a shipping case, it efficiently transports heat away electronics and other equipment. Aluminum has high reflectance to encroaching radiated heat such as sunlight (aluminum has a light reflectivity over 80%).
Aluminum Enclosures for Electronic Devices
Aluminum enclosures are widely used in the manufacture of electronic devices, such as commonly used mobile phones and handles. They can maintain optimal performance and effectively extend the service life of electronic devices under the pressure of external collision, immersion, and internal heat dissipation. The application of aluminum enclosures ensures that devices operate reliably and are well-protected, providing significant benefits in terms of durability and performance.
Aluminum Enclosures for Industrial Controllers
Aluminum enclosures also perform well in harsh industrial environments due to their corrosion resistance and low conductivity. Even in complex industrial scenarios, aluminum enclosures can still effectively protect sophisticated automation systems (such as PLCs and control panels), ensuring stable and safe operation of equipment. The benefits of using aluminum enclosures in these applications include enhanced protection and reliability in challenging conditions.
Aluminum Enclosures for Power Modules
Power modules, including power supplies and converters, greatly benefit from aluminum enclosures. Overheating is a major concern for the safety and stability of power modules, and aluminum enclosures address this by providing excellent heat dissipation. This ensures both the safety and stability of the modules. Key benefits of aluminum enclosures include effective thermal management and enhanced operational safety.
Aluminum Enclosures for Instruments and Meters
Precision instruments and meters used for measurement and testing are usually installed in aluminum enclosures. Even in harsh environments, the precision and accuracy of the equipment can be well guaranteed. The most important benefit of aluminum enclosures is their lightweight characteristics. For these products that need to be used and carried frequently, their weight is greatly reduced, making their mobility significantly enhanced. The application of aluminum enclosures benefits both the precision and portability of these instruments.
Aluminum Enclosures for Automotive Parts
Aluminum enclosures offer several advantages in automotive applications. Their lightweight properties help reduce vehicle weight and improve fuel efficiency, while excellent heat dissipation prevents components from overheating. Corrosion resistance ensures stability in harsh weather, and their high strength and toughness protect electronic systems from collisions and vibrations. Additionally, aluminum's ease of processing allows it to meet complex vehicle design requirements. The key benefits of aluminum enclosures in automotive parts include improved efficiency, durability, and safety.
Aluminum Enclosures for Lighting Equipment
Aluminum enclosures are not only used in the construction of lighting equipment but also play a key role in supporting lighting systems. Their ability to effectively manage heat is critical for optimizing performance and extending the service life of lighting systems. Additionally, aluminum enclosures are corrosion-resistant and aesthetically pleasing, making them easy to maintain and visually appealing. The benefits of aluminum enclosures in lighting applications include improved thermal management and enhanced visual appeal.
Aluminum Enclosures for Communication Base Stations
Aluminum enclosures can provide strong protection for communication infrastructure (such as radio transmitters and base station cabinets) against environmental factors such as weather and dust, and help communication facilities maintain signal integrity, reduce their interference, and ensure reliable operation of equipment under various conditions, which is also a benefit that other materials cannot achieve. The benefits of aluminum enclosures in communication base stations include enhanced durability and reliability.
Design Considerations for Aluminium Enclosure: A Comprehensive Guide
Aluminum enclosures play a critical role in safeguarding sensitive components across industries. Their design requires meticulous attention to technical details to ensure optimal performance and durability. Here's a breakdown of the key points to consider:
Environmental conditions and corrosion mitigation
Account for humidity, temperature fluctuations, chemicals, and outdoor exposure. Apply anodization, coatings, or finishes to enhance corrosion resistance without compromising aesthetics.
Manufacturability and assembly efficiency
Balance functionality with ease of manufacture and assembly. Simplify designs, incorporate modular components, and use efficient fastening mechanisms to streamline production.
Customization and versatility
Embrace modularity and versatility to cater to diverse application requirements. Integrate interchangeable panels, modular components, and adaptable mounting solutions.
EMI grounding and bonding
Properly ground and bond enclosure components to minimize EMI risks. Ensure a low-impedance path for electrical currents to prevent unwanted interference.
Fastening and accessibility
Select appropriate fasteners and hinges for easy access to internal components during maintenance or repairs. Balancing security and accessibility ensures efficient servicing.
Impact resistance and durability
Optimize enclosure geometry to distribute impact forces and protect internal components. Use materials with high impact resistance in areas prone to physical stress.
Labels and Markings
Incorporate spaces for labels, logos, and user instructions on the enclosure's exterior. These are crucial for branding and user guidance.
Noise reduction
Integrate sound-absorbing materials or design features to reduce noise generated by enclosed equipment. Addressing acoustic concerns is crucial, especially in applications where noise can be disruptive.
Ventilation and cooling
Incorporate strategically placed ventilation slots or perforations to facilitate airflow. Ensure effective cooling without compromising the enclosure's protective properties.
Thermal expansion and contracting
Account for the coefficient of thermal expansion of aluminum to prevent issues arising from temperature changes. Design enclosure joints and fasteners to accommodate expansion and contraction without compromising structural integrity.
It is critical to choose the right die cast aluminium enclosure to safeguard your electronic components from the environment, temperature changes, and mechanical stress. There are various aspects to consider when choosing an enclosure to ensure that it matches your individual needs.
Size and Shap
The enclosure's size and shape should be adequate for the electronic components it will house.
Environmental Factors
Consider environmental elements such as temperature, humidity, and chemical or water exposure to ensure that the enclosure can endure the conditions under which it will be utilised.
IP Rating
The International Protection (IP) rating denotes the amount of protection provided by the enclosure against solids and liquids. Choose an enclosure with the appropriate IP rating for your application.
Material
The enclosing material should be appropriate for the application. Aluminum is a desirable material due to its light weight, durability, and resistance to corrosion.
Customization
Evaluate whether customization options are available so that the enclosure can be adjusted or converted to fit certain components.
Manufacturing Methods for Aluminum Enclosures
Extruded Aluminum Enclosures
Extrusion die-casting provides strong, precise aluminum enclosures, ideal for projects like Raspberry Pi, offering excellent protection and durability for electronics.
Diecast Aluminum Enclosures
Diecast aluminum enclosures combine the strength of a diecast with a utilitarian design; these enclosures give your application lasting protection from harsh environments and physical damage.
CNC Machined Aluminum Enclosures
CNC-machined aluminum enclosures offer precision and meet strict design standards, making them ideal for premium devices, aerospace, medical components, and custom applications requiring complex geometries and robust protection.
Sheet Metal Enclosures
An aluminum sheet is cut and formed to create sheet metal enclosures. They are often seen for metal electronics enclosure boxes and are given weight and cost-effective affordances to package electronics in industrial and consumer enterprises.
Custom Aluminum Enclosures
Aluminum enclosures are designed for the purpose and can be produced to specification, including size, shape, and configuration, ensuring that electronics or electrical equipment will fit into the enclosure.
Regular inspection
It is essential to thoroughly examine your aluminum screen-fenced-in areas before starting the cleaning system. Look out for signs of crumbling, like free panels, rust collections, or openings in the screen network. Rapidly settling these issues might keep your walled-in areas from deteriorating and increase their life span.
Gentle cleaning solutions
While cleaning aluminium enclosures, utilize delicate, non-grating cleaning specialists to forestall surface harm. Warm water and a gentle dish cleanser can eliminate coarseness, grime, and bug buildup. Avoid unforgiving synthetics or grating cleaning, as they can harm the screen cross-section or stain the aluminum finish.
Delicate brush or fabric
For constant messes or trash gatherings, use a microfiber fabric or a delicately smeared brush to scour the distressed regions tenderly. Steel fleece and rough scrubbers should not be utilized on aluminum surfaces since they might cause scratches and harm the material's uprightness. Stop applying excessive strain and abstain from tearing or causing harm, especially to the screen panels.
Rinse thoroughly
Rinse the enclosures well with clear water after cleaning to eliminate any cleanser buildup. A gentle shower spout hose ensures uniform inclusion and forestalls water collection in specific districts. Specific consideration should be given to the little hiding spots where soil and trash gather.
Dry completely
After cleaning, give the aluminium enclosures sufficient opportunity to dry before or after using them. To prevent water messes or streaks from appearing, use a delicate, spongy material or let them air dry. Avoid using harsh towels or wipes that could scratch the surface.
Grease up moving parts
To ensure smooth operation, grease the moving pieces of any sliding entryways or depend on your aluminum screen using oil with a silicone base. Forestalling contact and reducing mileage on the instruments builds their helpful life.
Occasional support
Make it a practice to occasionally keep up with your aluminium enclosures to guarantee ideal execution lasting through the year. Search for any rust or consumption on the fenced-in areas or different indications of decay, and make a quick move to fix them. Consider adding a sealer or defensive covering to work on the metal surfaces' climate and life span versatility.
Remove debris
Use a leaf blower or a delicate fiber brush to remove leaves, soil, and garbage from the surface of your enclosure. Particular consideration should be given to breaks and fissures where trash accumulates.
Wash with a gentle cleaner and water
Use a delicate wipe or fabric dunked in a gentle cleanser and water solution to clean the metal edge and screen panels. Avoid utilizing rough cleaning or harsh synthetics, which can damage the aluminum's finish.
FAQ
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