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Aluminium, a metal renowned for its adaptability and strength, is at the forefront of modern design, transforming various aspects of our living spaces. From Aluminum Seat and Aluminium Busbar to Aluminium Furniture and Aluminium Kitchen Cabinets, the versatility of aluminium takes center stage, revolutionizing both functionality and aesthetics. The Aluminium Seat represents a harmonious blend of comfort and durability. Ideal for both indoor and outdoor environments, these seats combine lightweight design with sturdy construction. Aluminium's corrosion resistance ensures a lasting investment, making Aluminium Seats a practical choice for parks, stadiums, and public spaces. The Aluminium Busbar plays a pivotal role in efficient power distribution systems. Highly conductive, aluminium busbars effectively transmit electrical currents across networks. The lightweight nature of aluminium streamlines installation while promoting energy efficiency, contributing to sustainable energy consumption. Aluminium Furniture redefines interior design with its sleek and contemporary allure. From elegantly crafted tables to chairs, aluminium furniture marries style with resilience. The metal's malleability allows for intricate detailing, showcasing the endless possibilities for creating sophisticated yet functional pieces. Innovating kitchen spaces, Aluminium Kitchen Cabinets embody modernity and practicality. Resistant to moisture and heat, aluminium is an ideal material for crafting cabinets that seamlessly balance aesthetics and utility. Aluminium Kitchen Cabinets offer an innovative solution that enhances both the visual appeal and functional efficiency of kitchens. The incorporation of Aluminium Seats, Aluminium Busbars, Aluminium Furniture, and Aluminium Kitchen Cabinets reflects a commitment to innovation and sustainable design. These applications not only elevate the visual appeal of living spaces but also contribute to energy-efficient and eco-friendly environments. As the design landscape continues to evolve, aluminium's adaptability ensures its relevance in shaping modern lifestyles. The integration of aluminium applications into everyday living spaces underscores the industry's dedication to creating functional and aesthetically pleasing environments. In conclusion, the integration of aluminium into Aluminium Seat, Aluminium Busbar, Furniture, and Kitchen Cabinets marks a significant advancement in contemporary living. These applications epitomize the fusion of style, resilience, and environmental consciousness, enhancing living spaces with a touch of modern elegance and functionality. As the industry progresses, aluminium remains a cornerstone of innovation, reshaping the way we envision and experience our living spaces.

The transportation landscape undergoes a profound transformation with the integration of cutting-edge aluminium components: Aluminium Truck Body, Aluminium Metro Screen Door, and Aluminium Train Body and Interior. These advancements redefine the efficiency, durability, and aesthetics of modern vehicles, elevating the passenger and cargo experience. The Aluminium Truck Body introduces a paradigm shift in the world of logistics. Renowned for its lightweight yet robust construction, aluminium proves instrumental in enhancing fuel efficiency and payload capacity. The aluminium truck body offers a durable and corrosion-resistant solution that withstands the rigors of heavy-duty hauling while reducing environmental impact. The Aluminium Metro Screen Door revolutionizes urban transportation systems. These doors provide secure and efficient entry and exit points for passengers, ensuring safe and seamless journeys. The lightweight yet sturdy aluminium construction of metro screen doors contributes to the reliability and longevity of public transportation networks. In the realm of rail travel, Aluminium Train Body and Interior components set new standards for passenger comfort and operational efficiency. The use of aluminium in train bodies reduces weight, improving energy efficiency and speeding up travel times. In the interior, aluminium surfaces offer easy maintenance and a modern aesthetic, enhancing the overall passenger experience. The synergy between Aluminium Truck Body, Aluminium Metro Screen Door, and Aluminium Train Body and Interior underscores the industry's commitment to innovation and sustainability. These components pave the way for transportation systems that prioritize efficiency, safety, and passenger well-being. Incorporating these aluminium components into transportation networks not only enhances performance but also contributes to reduced carbon footprints and improved energy efficiency. As the transportation sector evolves to meet the demands of a changing world, aluminium components remain at the forefront of creating a more interconnected and environmentally conscious mobility landscape. In conclusion, the integration of Aluminium Truck, Metro, and Train Components marks a pivotal moment in modern transportation design. These innovations epitomize the fusion of technology, durability, and passenger comfort, shaping transportation systems that are efficient, sustainable, and user-centric. As the industry continues to evolve, aluminium components stand as a testament to the seamless integration of form and function in the future of mobility.

In a remarkable leap towards enhancing transportation infrastructure, Aluminium Parts for Transportation are emerging as game-changers, transforming the way we perceive and experience modern mobility. From Aluminium Bridge and Light Pole to Aluminium Mudguard, these innovative components are redefining durability, efficiency, and sustainability across the transportation sector. The incorporation of Aluminium Bridge and Light Pole brings a new dimension of structural integrity to roadways and walkways. These aluminium structures offer unparalleled strength-to-weight ratios, ensuring long-lasting support for vehicular and pedestrian traffic. The use of aluminium in bridge construction not only enhances durability but also reduces maintenance costs over time. Aluminium Mudguard is setting a new standard for vehicle design and functionality. Their lightweight yet robust nature provides effective protection against road debris and adverse weather conditions, extending the lifespan of vehicles. The integration of aluminium mudguard demonstrates a commitment to efficiency and longevity in the transportation industry. Beyond these applications, a range of Aluminium Parts for Transportation is driving innovation in various modes of travel. From aircraft to trains and ships, aluminium's corrosion resistance and malleability make it a versatile choice for enhancing performance and reducing fuel consumption. The synergy between Aluminium Bridge and Light Pole, Aluminium Mudguard, and Aluminium Parts for Transportation as a whole, underscores the industry's dedication to innovation and sustainable design. These components pave the way for transportation networks that prioritize efficiency, safety, and environmental responsibility. Incorporating Aluminium Parts for Transportation into infrastructure projects not only enhances the functionality of transportation systems but also contributes to reduced carbon footprints and improved energy efficiency. As transportation evolves to meet the demands of a changing world, aluminium parts remain essential to shaping the future of mobility. In conclusion, the introduction of Aluminium Parts for Transportation marks a pivotal moment in modern infrastructure development. These components epitomize the fusion of technology, durability, and sustainability, contributing to transportation systems that are not only reliable but also environmentally conscious. As the industry continues to evolve, aluminium parts stand at the forefront of creating a more efficient and interconnected world of mobility.

The construction industry undergoes a paradigm shift with the utilization of Aluminium Parts for Construction, including Aluminium Curtain Wall Profiles, Aluminium Doors and Windows, and Aluminium Shade Plate. These innovative components are revolutionizing architectural aesthetics, durability, and energy efficiency in modern buildings. Aluminium Curtain Wall Profiles redefine the façade of structures, seamlessly integrating aesthetics and functionality. These profiles provide architects with a canvas to design captivating exteriors while allowing ample natural light to flood interiors. The lightweight nature of aluminium ensures structural integrity while contributing to the overall energy efficiency of buildings. Aluminium Doors and Windows amplify interior design possibilities. Their sleek profiles offer a contemporary touch to spaces while ensuring robust security features. The use of aluminium not only provides durability but also enhances thermal insulation, reducing energy consumption and creating comfortable living environments. In the realm of sustainability and shading solutions, Aluminium Shade Plate takes center stage. These plates not only provide effective sun protection but also add an artistic element to building exteriors. The aluminium's corrosion resistance ensures long-lasting performance, while its recyclability aligns with eco-conscious architectural trends. The synergy between Aluminium Curtain Wall Profiles, Aluminium Doors and Windows, and Aluminium Shade Plate underscores the industry's commitment to innovation and sustainable design. The utilization of aluminium parts in construction enables architects and builders to craft structures that are both visually striking and environmentally responsible. Incorporating Aluminium Parts for Construction into building projects not only enhances architectural aesthetics but also elevates energy efficiency and occupant comfort. As construction practices evolve, these aluminium components remain at the forefront of shaping modern skylines and creating sustainable urban spaces. In conclusion, the introduction of Aluminium Parts for Construction marks a transformative moment in architecture and construction. These components exemplify the fusion of design, durability, and sustainability, contributing to buildings that are not only visually appealing but also technologically advanced and environmentally conscious. As the industry continues to evolve, aluminium parts remain integral to the ever-changing landscape of construction innovation.

Aluminium bridge and light pole are increasingly being used in infrastructure projects due to their lightweight, corrosion resistance, and durability qualities. However, a common question arises: do these structures require painting? Let's explore this topic further. Aluminium bridge and light pole are typically manufactured using aluminium channel profiles, which provide strength and stability. These profiles have natural oxidization properties that form a protective aluminium oxide layer on the surface, acting as a barrier against corrosion. This oxide layer helps to extend the lifespan of the structures, making them low maintenance. Regarding the need for painting, it depends on several factors. In some cases, painting may be recommended for aesthetic purposes or to meet specific project requirements. Some bridge designs may involve decorative elements or color-coding for identification purposes, which would require painting. However, in most instances, painting is not necessary for aluminium bridges and light poles. The natural oxide layer protects the surface from corrosion, and the use of aluminium bridge decking provides additional durability. Choosing not to paint aluminium bridges and light poles can have multiple benefits. It reduces maintenance costs over time and minimizes the environmental impact associated with painting. Additionally, the absence of paint eliminates the need for regular repainting or touch-ups. In conclusion, while painting aluminium bridges and light poles may be preferred for certain design or project-specific reasons, it is generally not necessary. The natural oxidization properties, along with the use of aluminium channel profiles and aluminium bridge decking, contribute to their durability and low maintenance. As the industry continues to embrace aluminium for infrastructure projects, the focus shifts towards improving their structural integrity and overall performance.

Aluminium doors and windows have gained immense popularity in the construction industry due to their numerous advantages, including durability, energy efficiency, and aesthetic appeal. Let's delve into the various components that make up these versatile architectural elements. 1. Frames: Aluminium doors and windows typically feature sturdy frames that provide structural support and stability. These frames are lightweight yet robust, making them ideal for both residential and commercial applications. 2. Glass Panels: Transparent or translucent glass panels are a prominent feature of aluminium doors and windows. They allow natural light to enter the building while maintaining insulation and noise reduction properties. Enhanced glass options, such as tempered or laminated glass, offer improved safety and security. 3. Hardware: The hardware components of aluminium doors and windows include handles, hinges, locks, and latches. These elements ensure smooth operation, secure closure, and ease of accessibility. 4. Seals and Weatherstrips: To enhance insulation and prevent drafts, aluminium doors and windows incorporate seals and weatherstrips. These crucial components minimize energy loss and ensure a comfortable indoor environment. 5. Sliding Mechanism: Aluminium sliding windows and doors feature a sliding mechanism that enables seamless opening and closing. This design is popular for its space-saving qualities, making it an excellent choice for smaller rooms or balconies. In conclusion, aluminium doors and windows consist of frames, glass panels, hardware, seals, and sliding mechanisms. These components work harmoniously to provide structural integrity, energy efficiency, and aesthetic appeal. As the construction industry continues to evolve, aluminium doors and windows remain a preferred choice for architects, builders, and homeowners alike.

Aluminum bike frame has become increasingly popular among cycling enthusiasts due to their lightweight and sturdy design. With the rise in demand for aluminum fitness equipment and the availability of aluminum sheet metal Lowes, manufacturers are continually exploring ways to enhance the durability of these frames. Aluminum, known for its strength-to-weight ratio, offers several advantages over traditional steel frames. It is resistant to rust and corrosion, making it ideal for cycling in varying weather conditions. The use of aluminum rectangular tubes in bike frame construction provides excellent structural stability and stiffness. However, the durability of aluminum bike frames can vary depending on several factors. Quality of the material used, manufacturing techniques, and frame design play crucial roles in determining the durability of these frames. By utilizing high-grade, aerospace-quality aluminum and employing advanced welding methods, manufacturers can build more durable frames. Regular maintenance and care also contribute to the longevity of aluminum bike frames. Proper cleaning, lubrication, and inspection can help identify any potential issues, such as stress or fatigue, and address them promptly. It's worth noting that aluminum frames are not indestructible. In extreme situations, such as severe crashes or impacts, they can suffer damage. However, with proper care, they can withstand the rigors of everyday cycling and provide years of reliable performance. In conclusion, aluminum bike frames offer a balance between lightweight construction and durability. When produced using high-quality materials and advanced manufacturing techniques, they can provide excellent reliability for cyclists. Regular maintenance and care are essential to ensure the longevity of these frames. As the demand for lightweight and durable fitness equipment continues to grow, the industry will focus on further improving the strength and durability of aluminum bike frame.

Aluminium is a widely used material in the construction industry due to its lightweight, durability, and corrosion resistance. However, a common question that arises is whether aluminium parts for construction can be bent easily. When it comes to aluminium curtain wall profiles, the answer is yes. Aluminium curtain wall profiles are designed to be flexible and allow for easy bending and shaping to fit various architectural designs. This flexibility makes aluminium curtain wall profiles a popular choice for modern building facades. Similarly, aluminium doors and windows can also be easily bent to accommodate different frames and openings. The malleability of aluminium allows for precise customization and enables manufacturers to meet the specific requirements of their clients. On the other hand, aluminium shade plates are typically designed to be rigid and provide structural support. While they are not meant to be easily bent, they can still be customized to fit various applications through advanced fabrication techniques. In summary, aluminium parts for construction, such as curtain wall profiles, doors, and windows, can be easily bent to meet the desired shape and design requirements. However, the malleability and ease of bending may vary depending on the specific application. It is always recommended to consult with professionals and manufacturers who specialize in aluminium fabrication to ensure the optimal performance and quality of the final product.

Aluminium Heatsink is widely used to cool electronic equipment, as they efficiently dissipate heat produced by electronic components. In this article, we will explore the principles behind aluminium heatsinks and weigh their pros and cons. Principles of Aluminium Heatsinks The principle behind Aluminium Heatsink is straightforward. When an electronic device operates, its components generate heat. To prevent overheating, heat must be dissipated into the environment. Aluminium Heatsink consist of a series of fins that increase the surface area of the heatsink and promote heat transfer from the device to the environment. Fins work by creating more exposed surfaces for air to come into contact with, allowing the heat to be quickly transferred out of the device. Pros of Aluminium Heatsinks 1. Cost-effective: Aluminium heatsinks are relatively inexpensive compared to other materials. They are easy to manufacture, and the production process requires less time and resources, making them an affordable option for electronic component manufacturers. 2. Lightweight: Aluminium heatsinks are lighter than other materials such as copper or brass, making them easier to handle during installation. This makes them an ideal option for devices that need to be portable. 3. Good conductivity: Aluminium conducts heat well, which makes it an ideal material for heatsinks. 4. Resistant to corrosion: Aluminium is resistant to corrosion, making it perfect for environments that may contain moisture. Cons of Aluminium Heatsinks 1. Not as effective as other materials: Aluminium heatsinks do not have the same heat dissipation capacities as materials such as copper. This means that they might not be the best option for devices that generate a lot of heat. 2. Brittle: Compared to other materials, aluminium is relatively brittle, which makes it more susceptible to cracking or breaking under pressure. 3. Not resistant to wear and tear: Aluminium heatsinks can be easily scratched, which can affect their overall performance. Conclusion Overall, aluminium heatsinks are a cost-effective, lightweight, and conductive option for dissipating heat from electronic components. However, they might not be the best option for devices that generate too much heat, as they aren't as effective as other materials. Additionally, they may be more prone to wear and tear compared to other materials.

Aluminium Doors And Windows have become a popular choice in modern construction due to their durability, energy efficiency, and aesthetic appeal. This article will explore the features of aluminium doors and windows. Durability and Longevity One of the most significant benefits of using Aluminium Doors And Windows is its unparalleled durability. Aluminium is highly resistant to corrosion and doesn't rot, rust, or warp like traditional materials such as wood. This resistance to environmental factors makes aluminium doors and windows ideal for areas with harsh weather conditions. Additionally, aluminium is incredibly strong, which makes it highly resistant to break-ins, improving the security of buildings. Energy Efficiency Another essential benefit of Aluminium Doors And Windows is their energy efficiency. Aluminium is an excellent insulating material, and when combined with double glazing, it can prevent heat loss during cold weather periods, reducing heating costs. Conversely, during hot weather, it can help prevent heat from penetrating the building, lowering energy consumption for cooling purposes. Thus, aluminium doors and windows can help building owners save energy costs. Customization Aluminium doors and windows can be made to fit specific designs and sizes, and hence, they offer flexibility in construction works. This customization makes them ideal for modern urban constructions where architects and designers aim for contemporary designs. Low Maintenance Aluminium is highly resistant to corrosion and does not easily deteriorate like other materials. Therefore, aluminium doors and windows require significantly less maintenance than others, making them highly cost-effective options. Aesthetic Appeal Finally, aluminium doors and windows offer a sleek and modern look, improving the aesthetics of the building. This feature has become increasingly important in modern architectural designs, and with aluminium, designers have a variety of options that allow them to enhance the overall appearance of their buildings. Conclusion Aluminium doors and windows are an ideal option for modern construction because of their durability, energy efficiency, customization options, low maintenance, and aesthetic appeal. These features make them highly attractive to homeowners, business owners, and designers, who seek truly sustainable options.

In modern cities, metro systems have become one of the most important means of public transportation. To ensure safe and efficient metro operation, the design and construction of metro screen doors have become increasingly crucial. Aluminium has become a popular material for constructing metro screen doors due to its lightweight, durability, and corrosion resistance. In this article, we will explore the structural design of Aluminium Metro Screen Door. Advantages of Aluminium Metro Screen Doors The primary advantage of using aluminium in the construction of metro screen doors is its excellent weight-saving properties. Aluminium is much lighter than traditional materials such as steel and iron, making it an ideal option for constructing large-scale metro screen doors. This reduction in weight can help to improve the energy efficiency of the metro system, which is beneficial for both the environment and operational costs. Aluminium is also highly durable and has excellent corrosion resistance. This is a vital factor when considering that metro systems are continually exposed to outdoor environments, which can cause rust and corrosion in traditional materials. The use of aluminium in constructing the screen doors is a reliable and durable option to ensure longevity and reduce maintenance costs. Structural Design of Aluminium Metro Screen Doors The construction of Aluminium Metro Screen Door consists of several parts, each playing an essential role in the structural design: 1. Outer Frame: The outer frame is the primary structure of the screen door. It is made of high-strength aluminium alloy and is designed to support the rest of the components. 2. Glass Panels: The glass panels are used to provide a clear view of the metro station platform. The glass used for the metro screen doors is typically tempered, making it highly durable and resistant to impacts. 3. Sliding Doors: The sliding doors are used to control entry and exit to the metro train; they are made from aluminium and are lightweight and corrosion-resistant. 4. Sensors: The sensors are used to detect the presence of people or objects in and around the metro screen doors. This is an essential safety feature to prevent accidents and ensure efficient operation of the metro system. Conclusion In summary, aluminium is an ideal material for constructing metro screen doors due to its weight-saving properties, durability, and corrosion resistance. The structural design of aluminium metro screen doors is carefully planned to ensure maximum safety and efficiency in operation. As cities continue to grow and expand their metro systems, the use of aluminium in metro screen doors will undoubtedly continue to increase.

Trucks are an essential part of the logistics industry, and choosing the right truck body is crucial to ensure the safe and efficient transportation of goods. Aluminium Truck Body has become increasingly popular in recent years due to their light weight, durability, and corrosion resistance. In this article, we will explore the advantages of Aluminium Truck Body and their design structures. Advantages of Aluminium Truck Bodies The primary advantage of using an Aluminium Truck Body is the weight-saving benefits. Aluminium weighs less than steel, making it an ideal material for heavy-duty trucks that need to carry large loads. Additionally, because aluminium truck bodies are lighter, they improve fuel efficiency, reducing both costs and carbon emissions. Another significant advantage of aluminium truck bodies is their durability. Aluminium has a natural resistance to corrosion, which helps to prevent rust buildup that can negatively impact the longevity of the truck body. Furthermore, aluminium truck bodies are incredibly sturdy and offer superior load-bearing capabilities, making them a reliable option for transporting heavy cargo. Design Structures of Aluminium Truck Bodies The design structure of an aluminium truck body varies depending on the specific type of cargo being transported. However, there are some general design features that are common among most aluminium truck bodies. Reinforced floors are a standard feature of aluminium truck bodies. The floorboards are made of thick aluminium plates and supported by cross members and other structural features to ensure maximum strength and durability. Additionally, many aluminium truck bodies feature step bumpers, side rails, and tailgates made from reinforced aluminium. Aluminium truck bodies are also customizable, allowing businesses to design custom truck bodies tailored to their specific needs. For example, built-in toolboxes, shelves, and tie-down points can all be incorporated into an aluminium truck body to ensure safe and secure transportation of cargo. Conclusion Overall, aluminium truck bodies are a reliable and efficient option for transporting heavy cargo. Their lightweight, durable, and corrosion-resistant properties make them a popular choice for businesses looking to improve their logistics operations. Additionally, their customizable design allows businesses to create a truck body that suits their specific needs, making them a flexible option for companies of all sizes.

Including casting, extrusion and coloring (coloring mainly includes: oxidation, electrophoretic coating, fluorocarbon spraying, powder coating, wood grain transfer printing, etc.). 1. Melting and casting is the first process of manipulator aluminum production. The main process is: Ingredients: Calculate the addition amount of various alloy components according to the specific gold medals that need to be produced, and reasonably match various raw materials. Melting and casting: Under certain casting conditions, the smelted aluminum liquid is cooled and cast into round casting rods of various specifications through the deep well casting system. 2. Extrusion: Extrusion is the means of profile forming. First, design and manufacture the mold according to the profile product, and use the extrusion machine to extrude the heated round cast rod from the mold. The commonly used brand 6063 alloy is extruded At the same time, an air-cooling quenching process and subsequent artificial aging are used to complete the heat treatment strengthening. Different brands of heat-treatable strengthening alloys have different heat treatment systems. 3. Coloring (here we mainly talk about the oxidation process) Oxidation: The extruded aluminum alloy profile has poor surface corrosion resistance, and the surface must be treated by anodizing to increase the corrosion resistance, wear resistance and appearance of the aluminum profile. Its main process is: (1) Surface pretreatment: use chemical and physical methods to clean the surface of the profile, exposing the pure body, which is conducive to obtaining a complete and dense artificial film. Mirror or matt (matt) surfaces can also be obtained mechanically. (2) Anodic oxidation: The surface-treated profiles, under certain process conditions, anodic oxidation occurs on the surface of the substrate. Generate a layer of dense, porous, strong adsorption AL203 film. (3) Pore sealing: the film pores of the anodized porous oxide film are sealed to enhance the anti-pollution, corrosion resistance and wear resistance of the oxide film. The oxide film is colorless and transparent, and the adsorption of the oxide film before sealing is used. Adsorption and deposition of some metal salts in the membrane pores can make the surface of the profile appear many colors other than the natural color (silver white), such as: black, bronze, golden yellow, and stainless steel, etc. Kam Kiu Aluminium is an integrated aluminium extruder that produces 1-7 series alloy through billet casting, direct and indirect extrusion (500UST to 6180UST), Die Making, surface Treatment and high precision fabrication. For more information, please contact us: Tel:86-0750-5432275 Fax:86-0750-5438173 Email:MKT@kamkiu.biz

Everyone knows industrial aluminum profiles, but do you know which equipment it is processed by? 1. Industrial Aluminum Cutting Machine As the name suggests, the cutting machine is used to cut industrial aluminum profiles. The aluminum profiles produced by industrial aluminum profiles through the extrusion machine are 2/3/4/6 meters. The lengths of aluminum profiles in different industries are different, and businesses need aluminum profiles. Cutting, non-standard rack equipment in the automation industry, the aluminum materials used are assembled from different sizes, and the cutting size is also required. For this kind of cutting master, our company recommends to reserve a margin of 3mm to ensure that the installation accuracy is perfect. Connected, the assembled rack opens out more perfectly. 2. Aluminum profile tapping machine Aluminum tapping machine is actually a kind of machine tool that uses taps to process internal threads, usually also called tapping holes; it is a widely used internal thread processing machine tool. At present, the development of aluminum tapping machines in my country is relatively mature, and there are various forms, mainly to tap various types of threaded holes. 3. CNC machining of ultra-long aluminum profiles Industrial aluminum profile milling machine is what I often say that the surface of aluminum is milled and drilled. For example, mechanical arm structure beams and loading and unloading structures need to be processed. In many cases, bolts are needed to assemble aluminum profile frames, and some require threaded holes; No, for example, on some plates, it is only necessary to drill holes of the correct diameter at the specified positions; CNC milling machines are currently the equipment of choice for processing Fangtong and large industrial aluminum products. Kam Kiu Aluminium is an integrated aluminium extruder that produces 1-7 series alloy through billet casting, direct and indirect extrusion (500UST to 6180UST), Die Making, surface Treatment and high precision fabrication. For more information, please contact us: Tel:86-0750-5432275 Fax:86-0750-5438173 Email:MKT@kamkiu.biz

Aluminum profile surface solution: 1. Strictly control the quality of the chemical composition of the ingot; 2. Improve the quality of mold repair, 3. Improve the precision of mold manufacturing and regular nitriding of molds and strictly implement the nitriding process parameters; 4. Use soft felt and plastic strips to separate the profiles from the accessories. Minimize contact damage between profiles and accessories; 5. Handle with care during production, and try to avoid random dragging or flipping of profiles; 6. Arrange the profiles reasonably in the material frame to avoid mutual friction as much as possible. Kam Kiu Aluminium is an integrated aluminium extruder that produces 1-7 series alloy through billet casting, direct and indirect extrusion (500UST to 6180UST), Die Making, surface Treatment and high precision fabrication. For more information, please contact us: Tel:86-0750-5432275 Fax:86-0750-5438173 Email:MKT@kamkiu.biz

The surface of industrial aluminum profiles: reasons for scratches, scratches, scratches: 1. Impurities attached to the surface of the ingot 2. The composition of the ingot is segregated, and there are a large number of segregated floating objects on the surface 3. First, there are a certain amount of hard metal particles in the ingot when the ingot has not been homogenized or the homogenization effect is not good. When the metal flows through the working belt during the extrusion process, these segregated floating objects or hard metal particles adhere to the surface of the working belt or cause damage to the working belt, and finally cause scratches on the surface of the profile. 4. There are sundries on the mold cavity or the working belt, and the hardness of the mold working belt is low, so that the surface of the working belt is injured during extrusion and scratches the profile; 5. There are exposed metal or hard inclusions in the graphite strip on the discharge track or swing bed. Scratches the surface of the profile when it comes into contact with the profile; 6. When the fork rod sends the profile from the discharge track to the swing bed, the profile is bruised due to too fast speed; 7. Artificially dragging the profile on the swing bed to cause scratches; 8. During the transportation process, the profiles are rubbed or squeezed to cause damage. Kam Kiu Aluminium is an integrated aluminium extruder that produces 1-7 series alloy through billet casting, direct and indirect extrusion (500UST to 6180UST), Die Making, surface Treatment and high precision fabrication. For more information, please contact us: Tel:86-0750-5432275 Fax:86-0750-5438173 Email:MKT@kamkiu.biz

With the large demand for aluminum profile materials in the society, there is also a large demand for surface oxidation treatment of aluminum profiles, and the surface oxidation treatment technology required by different usage scenarios is different. So why do we need to carry out surface oxidation treatment on aluminum profiles? 1. After the surface oxidation treatment of Aluminum Parts For Construction, the corrosion resistance will be improved; because the oxide film naturally formed in the production of aluminum profiles is uneven, the surface color of the aluminum alloy will be different and the naturally formed oxide film will be thinner. It is easy to scratch and relatively weak in corrosion resistance. The artificial oxide film produced by anodic oxidation is more uniform, denser and more corrosion-resistant. 2. Aluminum Curtain Wall Profiles will improve the wear resistance of aluminum profiles after curing treatment. The hardness of conventional blank aluminum profiles is not enough to compare with steel. Under natural circumstances, the oxide film of profiles is very thin, which is prone to scratches and There is wear and tear. After oxidation treatment, the hardness will be greatly improved, which is wear-resistant and not easy to scratch. 3. After the oxidation treatment of Aluminum Doors And Windows, the insulation of the aluminum profile will be improved, because the conductivity of the aluminum profile itself is better. It will have good conductivity when it is not treated. Based on some special occasions, it cannot conduct electricity. At this time, the aluminum profile needs to be anodized to form an oxide film on the aluminum profile to isolate the power supply. Meet the requirements of the occasion. Different aluminum profile products have different requirements for oxidation, and the oxidation process applied will also be different. The oxidation process of aluminum profiles is roughly divided into 1. Sand blasting process: use the impact of high-speed sand flow to clean the rough surface. 2. Polishing process: make the metal surface bright and smooth, bringing a sense of fashion to people. 3. Wire drawing process: The wire drawing process has various patterns, which makes the aluminum profile highlight the sense of fashion and technology. Anode 4. Oxidation process: It is widely used in the oxidation of aluminum profiles, which increases the hardness and wear resistance of aluminum, prolongs the service life of aluminum and increases its aesthetics. For more information, please contact us: Tel:86-0750-5432275 Fax:86-0750-5438173 Email:MKT@kamkiu.biz

Aluminum profile radiator is also called radiator aluminum profile or sunflower aluminum profile. Aluminum profile radiator has the characteristics of beautiful appearance, light weight, good heat dissipation performance and good energy saving effect. Aluminum products rely on long-term accumulated technical experience and production technology, integrate aluminum alloy profiles with good thermal conductivity and other characteristics, and develop customized aluminum profile radiators that can meet customers' requirements for product differentiation, specialization and individualization. The surface of the processed aluminum profile radiator is anodized for surface treatment to increase the corrosion resistance, wear resistance and aesthetics of the aluminum profile. At present, the commonly used types of radiator aluminum profiles in China include: electronics, electrical appliances, computer radiator aluminum profiles, sunflower aluminum profile radiators, radiator profiles for power semiconductors, etc. Due to its superior performance, aluminum radiators are widely used in: machinery, automobiles, wind power generation, construction machinery, air compressors, railway locomotives, household appliances and other industries. Kam Kiu Aluminium is an integrated aluminium extruder that produces 1-7 series alloy through billet casting, direct and indirect extrusion (500UST to 6180UST), Die Making, surface Treatment and high precision fabrication. For more information, please contact us: Tel:86-0750-5432275 Fax:86-0750-5438173 Email:MKT@kamkiu.biz

There are many specifications of aluminum, 6061 and 6063 are two of them. There are also some differences between the two. The difference between the two mainly includes three aspects, composition, use and production process. The composition of 6061 aluminum is more than that of 6063, and its hardness is stronger; 6063 is mostly used for architectural aluminum doors and windows, curtain wall frames, etc., while 6061 is mostly used for welding, processing, etc.; at the same time, the production process of 6061 is more complicated than 6063. 1. The composition is different The composition of 6063 aluminum alloy contains 0.4% Si and 0.7% Mg, the strength of hard material is 295Mpa, and the strength of soft material is 111Mpa. It is used in tubular railings, furniture, frames, and extruded profiles for construction. The composition of 6061 aluminum alloy contains 0.6%Mg, 0.25%Cu, 1.0%Mg, 0.09%Cr, the hard strength is 316Mpa, and the soft strength is 127Mpa. It is used in corrosion-resistant structures, trucks, ships, vehicles, furniture, etc. 2. Different uses 6063 aluminum alloy is widely used in the frame of aluminum doors, windows and curtain walls in buildings. In order to ensure that doors, windows and curtain walls have high wind pressure resistance, assembly performance, corrosion resistance and decorative performance, the requirements for the comprehensive performance of aluminum alloy profiles are much higher than those of industrial Profile standard. 6061 aluminum alloy is a high-quality aluminum alloy product produced by heat treatment and pre-stretching process. It has many characteristics of magnesium and silicon alloys, excellent processing performance, excellent welding characteristics and electroplating properties, good corrosion resistance, high toughness and processing It has excellent characteristics such as no deformation, compact and defect-free material, easy polishing, easy coloring film, and excellent oxidation effect. 3. The production process is different The T6 process of 6061 is: the solution treatment temperature is 530 degrees, the T6 state of artificial aging is 160 degrees for plates, and 175 degrees for bars and plates with a thickness of more than 80 degrees. The T5 state of 6063 is air-cooled and artificially aged. The deformation coefficient is small, easy to control, and the hardness is average. The T6 state is water-cooled, the deformation coefficient is large, it is not easy to control, and the hardness is high. Kam Kiu Aluminium is an integrated aluminium extruder that produces 1-7 series alloy through billet casting, direct and indirect extrusion (500UST to 6180UST), Die Making, surface Treatment and high precision fabrication. For more information, please contact us: Tel:86-0750-5432275 Fax:86-0750-5438173 Email:MKT@kamkiu.biz

Now many industries have begun to use aluminum profiles, so its application range is relatively wide. Many consumers are also willing to use aluminum profiles to make equipment, clean sheds, etc. Because the structural properties of aluminum profiles are relatively stable, they are welcomed by many consumers. But in order for everyone to have a better understanding of aluminum profiles, it is necessary to popularize its production process for everyone, so that there will be no difficulties in the process of purchasing. 1. Melting and casting: This is the first process of aluminum profile production. The main process is: Ingredients: Calculate the addition amount of various alloy components according to the specific alloy grades that need to be produced, and reasonably match various raw materials. Smelting: Add the prepared raw materials into the melting furnace for melting according to the process requirements, and effectively remove the impurities and gases in the melt by means of degassing and slag removal refining. Casting: Under certain casting process conditions, the smelted aluminum liquid is cooled and cast into round cast rods of various specifications through the deep well casting system. 2. Extrusion: Extrusion is the means of profile forming. First, design and manufacture the mold according to the cross-section of the profile product, and use the extruder to extrude the heated round cast rod from the mold. The commonly used grade 6063 alloy also uses an air-cooled quenching process and a subsequent artificial aging process during extrusion to complete heat treatment strengthening. Different grades of heat treatable strengthening alloys have different heat treatment systems 3. Coloring: Oxidized and extruded aluminum alloy profiles have poor surface corrosion resistance, so surface treatment must be done through anodic oxidation to increase the corrosion resistance, wear resistance and appearance of the aluminum profile. Kam Kiu Aluminium is an integrated aluminium extruder that produces 1-7 series alloy through billet casting, direct and indirect extrusion (500UST to 6180UST), Die Making, surface Treatment and high precision fabrication. For more information, please contact us: Tel:86-0750-5432275 Fax:86-0750-5438173 Email:MKT@kamkiu.biz