Comparison with stainless steel guide rails: Although stainless steel is stronger than aluminum alloy, aluminum has a better strength to weight ratio and is suitable for lightweight design. The hardness of aluminum alloy is comparable to that of steel, but aluminum has better thermal conductivity and is less prone to rusting.   High strength, corrosion-resistant, wear-resistant, high load application scenario: Choose stainless steel guide rails. Lightweight, easy to process, and cost sensitive application scenarios: choose aluminum rails. It is necessary to meet the requirements of strength, corrosion resistance, and lightweight at the same time: it is necessary to weigh the pros and cons according to the specific situation and choose suitable materials   Overall, aluminum guide rails are widely used in various situations that require linear motion due to their advantages of lightweight, high strength to weight ratio, good electrical and thermal conductivity, and corrosion resistance.   guide rails are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal.

Surface treatment: Aluminum rails are usually subjected to surface treatments such as anodizing or black electroplating to enhance corrosion resistance and aesthetics.   Widely used: Aluminum guide rails are widely used in linear motion systems, automation equipment, CNC machinery, measuring instruments, office equipment, medical equipment, and other fields.   The surface treatment of aluminum guide rails can be carried out using conventional surfaces treatment methods such as anodizing, powder coating, shot blasting, etc., and different surface treatments can be carried out according to different needss. The method, cost, and effectiveness of each surface treatments are different.   guide rail are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metalss and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal.

Lightweight: Aluminum alloy has a lower density, about three times lighter than iron, which gives aluminum rails an advantage in weight and reduces the overall weight of the equipment.   High strength and stiffness: Despite the low density of aluminum materials, the strength to weight ratio of aluminum alloys is high, which can effectively reduce weight while maintaining structural integrity.   Good conductivity and thermal conductivity: Aluminum is a good conductive and heat-conducting material, which makes aluminum rails advantageous in some situations that require heat dissipation or conductivity, such as home appliance heat sinks.   Corrosion resistance: Aluminum has good corrosion resistance, is not easy to rust, can extend its service life, and reduce its negative impact on the environment.   aluminum guide rails are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal.

Aluminum profile guide rail, also known as aluminum alloy guide rail or aluminum alloy slide rail, is a device used to bear, fix, guide moving devices or equipment and reduce friction. They are usually extruded from aluminum alloy and surface treated with anodizing, which has the advantages of lightweight, corrosion resistance, easy processing and installation. Aluminum profile guide rails are commonly used in linear reciprocating motion applications to achieve high-precision linear motion under high load conditions.aluminum profile guide rail are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal. Premium Custom Aluminum Solutions for Industrial Applications We specialize in custom aluminum extrusions and casting profiles, delivering high-strength, lightweight components like electric motor shells and custom aluminum engine casings. Our precision aluminum extrusion process ensures tight tolerances, while powder coat paint enhances durability and aesthetics. For advanced machining, we offer Precision CNC Machined Engine Covers for flawless performance. Simplify assembly with corner code connectors, designed for seamless integration with extruded aluminum profiles.

We are excited to announce that our factory has begun production of high-quality aluminum solar mounting clamps for the global photovoltaic market.  Designed for cost-conscious buyers, our new clamps provide excellent value while maintaining the essential qualities of corrosion resistance and durability.  Made from 6000-series aluminum alloy, these clamps are perfect for small to medium-sized solar installations, offering a lightweight alternative to steel components at a competitive price point. "Our goal is to deliver reliable solar mounting solutions that small installers and project developers can afford," said Helen.  "While we may not have the scale of larger manufacturers, we focus on quality craftsmanship and personalized service for every order."  The clamps feature a simple but effective design that works with most standard solar panels, making them ideal for residential rooftops and small commercial systems.   Despite being a smaller factory, we adhere to strict quality control measures to ensure our aluminum clamps meet international standards.  Each batch undergoes thorough testing for strength and corrosion resistance before shipment.  We currently offer these clamps in several standard sizes, with options for custom orders based on customer requirements.   For international buyers looking for an affordable yet dependable solar mounting solution, our factory provides flexible order quantities, from small trial shipments to container-load orders.  We welcome inquiries from solar distributors and installation companies worldwide who value quality products at reasonable prices from a supplier that cares about their business needs.  

The global shift toward electric vehicles (EVs) has significantly increased demand for aluminum motor casings, with market analysts projecting a 12.5% CAGR through 2030. Compared to traditional cast iron or steel alternatives, aluminum offers a 40-50% weight reduction while maintaining structural integrity, directly contributing to improved energy efficiency in EVs. Major automotive suppliers are now establishing dedicated aluminum casing production lines to meet automakers' specifications for next-generation electric drivetrains. Beyond automotive applications, industrial motor manufacturers are increasingly adopting aluminum casings for their superior heat dissipation properties. "Our tests show aluminum housings reduce operating temperatures by 15-20°C compared to steel counterparts," stated Dr. Lisa Wang, Engineering Director at a leading motor manufacturer. This thermal advantage translates to longer bearing life and reduced maintenance costs in industrial settings. Advanced die-casting and extrusion techniques now allow for complex internal cooling channel designs previously impossible with other materials. Aluminum profiles have become the preferred choice for motor casing material due to their lightweight properties, excellent heat dissipation, and corrosion resistance, outperforming traditional stainless steel extrusion profiles in many applications. As versatile metals and alloys, aluminum extrusions are widely used for industrial purposes, including electrical enclosure cabinets and outdoor electrical cabinets, where durability and weather resistance are critical. Advanced fine processing techniques enable precise manufacturing of complex shapes, making aluminum ideal for sheet metal parts, box plates, and auto parts. With superio

The global market for aluminum extrusions continues to expand, particularly in the manufacturing of electrical enclosure cabinets and auto parts. As industries seek lightweight yet durable solutions, aluminum metals and alloys are increasingly replacing stainless steel extrusion profiles in applications ranging from outdoor electrical cabinet systems to motor casing components. According to recent market research, aluminum now accounts for over 60% of new enclosure production, driven by its corrosion resistance, thermal conductivity, and ease of fabrication. Advanced fine processing techniques have further enhanced aluminum's competitiveness, enabling manufacturers to produce complex sheet metal parts and box plate designs with precision tolerances. These innovations are particularly valuable in used for industrial purposes applications where weight reduction and structural integrity are critical. For instance, aluminum-based motor casing material offers superior heat dissipation compared to steel, making it ideal for electric vehicle powertrains. Industry analysts predict sustained growth as aluminum's recyclability aligns with global sustainability initiatives. With new high-strength alloys entering the market, aluminum is expected to capture an even larger share of the industrial and automotive components sector by 2030. Manufacturers investing in aluminum extrusion technology today are well-positioned to meet tomorrow's demand for efficient, eco-friendly solutions.

The global market for electrical enclosure cabinets is undergoing a significant transformation as manufacturers increasingly adopt aluminum extrusions over conventional stainless steel extrusion profiles. Recent industry analysis shows aluminum now represents over 60% of new enclosure production, with particularly strong adoption in outdoor electrical cabinet applications where its natural oxide layer provides exceptional weather resistance without additional coatings. Modern fine processing techniques enable manufacturers to produce precision aluminum box plate components with tolerances as tight as ±0.1mm, ensuring perfect sealing against environmental contaminants. These advancements mirror progress in motor casing production, where aluminum's excellent thermal conductivity (205 W/m·K) makes it ideal for heat dissipation in high-performance applications. Leading enclosure producers report aluminum solutions offer 30% weight reduction versus stainless steel, significantly easing installation while maintaining structural integrity. The automotive sector has taken note, with EV manufacturers increasingly specifying aluminum for both auto parts and charging infrastructure components. As new high-strength aluminum alloys enter the market, industry experts predict this shift will accelerate, potentially reaching 75% market penetration by 2028.

Manufacturing process: Extrsusion aluminum profiles: After heating the aluminum alloy to a certain temperature, the aluminum material is extruded through a mold using an extruder to form profiles with specific cross-sections. This process can create complex cross-sections and shapes. Casting aluminum profiles: Melting aluminum alloy at high temperatures, then pouring the melted aluminum into a mold to cool and solidify, forming castings of the desired shape. Casting can achieve more complex shapes and larger sizes.   Mechanical properties: Extruded aluminum profiles typically have better mechanical properties and a more uniform microstructure, as the extrusion process forms finer grains and denser metal structures. Casting aluminum profiles may have defects such as pores and inclusions, and their mechanical properties may not be as uniform as extruded aluminum profiles.   Application areas: Extruded aluminum profiles are commonly used in fields such as construction, transportation, electronics, and industry, especially when lightweight and high-strength are required. Cast aluminum profiles are commonly used in applications that require complex shapes and large components, such as automotive engine casings, mechanical parts, aerospace components, etc.   Extrusion aluminum profiles are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreove

technological process: Preparation of billet: Heat the aluminum alloy billet to the extrusion temperature, usually 400-500 degrees Celsius. Loading: Place the heated billet into the extrusion cylinder. Extrusion molding: The punch inside the extrusion cylinder pushes the billet through the mold under strong pressure, forming a predetermined profile shape. Cooling and shaping: The extruded profile is cooled and shaped to maintain its shape and size. Stretching correction: The extruded profile may have bending or deformation, and stretching correction is required to ensure its straightness. Surface treatment: Perform surface treatment as needed, such as sandblasting, oxidation, spraying, etc. extrusion aluminum profiles are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal.

Aluminum profile extruder: This is the core equipment for extruding aluminum profiles. It uses high pressure to extrude the heated aluminum alloy material into the desired profile through a specific shaped mold.   Long rod hot cutting furnace: Before extrusion, heat the aluminum rod to a suitable temperature for extrusion, and the hot shear furnace is responsible for cutting and heating the aluminum rod to prepare for subsequent extrusion.   Time limited furnace: The extruded profiles need to undergo aging treatment to improve their strength and hardness. The aging furnace is used for heat treatment of profiles.   Mold furnace: The mold is the key to determining the shape of the profile, and the mold furnace is responsible for heating the mold to ensure its performance and lifespan.   The traction machine: The tractor is used to pull out the profile after extrusion and maintain a stable speed and tension.   cold bed: The profile needs to be cooled after extrusion, and a cooling bed is used to cool the profile to room temperature.   Extrusion aluminum profiles are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal.

Aluminum extrusion is a metal plastic processing technology that forcibly pushes aluminum alloy billets through molds to form profiles with predetermined cross-sectional shapes. Similar to the process of squeezing toothpaste, the aluminum billet deforms in the mold and forms along the shape of the mold to obtain the desired profile. Extrusion aluminum profiles are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal. Aluminum profile extrusion utilizes the plasticity of metals. After heating the aluminum alloy billet to a certain temperature, it is placed in an extrusion cylinder and then subjected to tremendous pressure through a mold, causing the aluminum alloy billet to flow and form along the shape of the mold under the constraint of the mold. 

Breaking new ground in material technology, we now offer hybrid Extruded profiles combining stainless steel and aluminum in single components. These innovative stainless steel extrusion profiles are particularly suited for telescopic rod applications in construction equipment and marine environments where both strength and corrosion resistance are critical. The hybrid technology allows stainless steel to be strategically placed in high-wear areas while maintaining aluminum's weight advantages. Early adopters report 50% longer service life in saltwater applications compared to conventional aluminum extrusions. Alloy aluminum flange Premium Custom Aluminum Solutions We specialize in precision aluminum extrusion and custom aluminum extrusions to produce high-quality electric motor shells and Custom Aluminum Engine Casings. Our Precision CNC Machined Engine Covers ensure perfect fit and durability, while optional powder coat paint enhances corrosion resistance. For seamless assembly, we offer extruded aluminum profiles with corner code connectors. Ideal for industrial applications—contact us for tailored solutions! Specification: ASTM B564 / ASME SB564 Size: 1/2 inch to 18 inches Standards: ANSI flange, ASME flange, BS flange, DIN flange, EN flange, etc. Dimensions: ANSI/ASME B16.5, B 16.47 series A and B, B16.48, BS4504, BS 10, EN-1092, DIN, etc Categories: 150 #, 300 #, 600 #, 900 #, 1500 #, 2500 #, PN6, PN10, PN16, PN25, PN40, PN64, etc.

Our manufacturing facility has completed a major expansion to meet growing demand for industrial-grade aluminum solutions.  The new production line specializes in high-volume manufacturing of extruded aluminum profiles for various industrial purposes, including machinery frames, conveyor systems, and structural components.  Utilizing premium metals and alloys, we now offer profiles with enhanced strength-to-weight ratios and improved corrosion resistance. A key highlight is our upgraded powder coat paint finishing department, featuring an automated 5-stage pretreatment system that ensures superior coating adhesion.  Available in over 30 standard colors, these finishes provide both aesthetic appeal and long-term protection against harsh industrial environments. Premium Custom Aluminum Solutions We specialize in precision aluminum extrusion and custom aluminum extrusions to produce high-quality electric motor shells and Custom Aluminum Engine Casings. Our Precision CNC Machined Engine Covers ensure perfect fit and durability, while optional powder coat paint enhances corrosion resistance. For seamless assembly, we offer extruded aluminum profiles with corner code connectors. Ideal for industrial applications—contact us for tailored solutions!   Recent projects include supplying customized aluminum framing systems for a regional warehouse automation project, where our profiles helped reduce overall system weight by 35% compared to steel alternatives.  With this expansion, we can now process orders up to 12 meters in length while maintaining tight dimensional tolerances of ±0.2mm.

The architectural lighting sector is undergoing a quiet revolution thanks to our innovative Casting profiles specifically engineered for modern slots light systems.   These precision-cast aluminum components enable continuous, shadow-free illumination runs of up to 20 meters without visible joints or interruptions.   The proprietary alloy formulation provides optimal heat dissipation for high-output LED installations while maintaining dimensional stability across temperature fluctuations. Complementing these profiles are our Precision CNC Aluminum Support Brackets, which have become the industry standard for high-end lighting installations.   Machined from solid billet aluminum with tolerances of ±0.05mm, these brackets ensure perfect alignment while supporting impressive load capacities.   A recent landmark project involved supplying over 5,000 linear meters of our lighting profiles and support brackets for a luxury hotel chain's international locations. "Our integrated approach - combining casting for complex geometries with precision machining for critical interfaces - gives lighting designers unprecedented freedom," said our product development director.   The company has recently expanded its finishing options to include both anodized and PVD coatings, allowing architects to match exact aesthetic specifications while maintaining superior durability. Precision Aluminum Fabrication Solutions Our expertise lies in manufacturing high-performance Custom Aluminum Engine Casings and Precision CNC Machined Engine Covers for demanding applications. Utilizing advanced precision aluminum extrusion techniques, we produce durable electric motor shells and extruded aluminum profiles with exacting tolerances. All components can be finished with protective powder coat pain

Our factory has seen surging demand for precision aluminum extrusion components used in electric vehicle motor assemblies. The newly developed motor casing series features optimized thermal dissipation channels and meets IP67 waterproof standards. Manufactured from high-grade motor casing material, these extrusions maintain dimensional stability even under continuous high-temperature operation. A recent innovation includes our Anodized Aluminum Joining Plates that simplify motor assembly while providing excellent electrical insulation. These components have been successfully adopted by several European EV manufacturers, with production volumes increasing by 40% quarter-over-quarter. Precision Aluminum Fabrication Solutions Our expertise lies in manufacturing custom aluminum extrusions and precision aluminum extrusion components, including durable electric motor shells and Custom Aluminum Engine Casings. We produce high-quality extruded aluminum profiles that can be enhanced with protective powder coat paint finishes. For complex applications, we offer Precision CNC Machined Engine Covers with exacting tolerances. Our products feature convenient corner code connectors for easy assembly. Ideal for industrial and mechanical applications requiring strength and precision.

In electric vehicles, the motor housing is used as a protective shell for the electric motor, which is one of the most critical components in the EV power transmission system. It not only protects the motor from external pollutants such as dust, dirt, and moisture, but also helps with heat dissipation and vibration reduction.These factors are crucial for the performance and efficiency of electric motors.   The motor housing design is made of die cast aluminum alloy, which must meet high standards of precision, durability, and thermal management. Effective heat dissipation is crucial for preventing overheating and extending the service life of electric motors, as they generate a large amount of heat during operation. The lightweight motor housing that can be effectively produced by die-casting can also improve the overall efficiency of the vehicle by reducing its weight, thereby extending the driving range of the EV.    Motor housings are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal.

The average price of raw materials for seamless aluminum tubes and pure aluminum tubes has risen by 16,770 CNY, an increase of 2,000 CNY in recent times CCMN International Market Review: Today, LME aluminum opened lower but closed higher. At 15:00 Beijing time, the three-month LME aluminum futures were quoted at $2,03.5 per ton, up $16 from the previous trading day's settlement price, or 0.80%. Changjiang Aluminum Industry Network Domestic Market: Today, the main monthly 2101 contract of Shanghai Aluminum opened at 16,135 CNY per ton, with the highest intraday price reaching 16,600 CNY per ton and the lowest 16,085 CNY per ton. The settlement was 16,335 CNY per ton, and it closed at 16,485 CNY per ton at the end of the trading session, up 470 CNY. Today, the Shanghai aluminum market performed strongly. Despite the off-season, demand remained stable, inventories remained at a low level, and domestic policies promoted terminal demand. CCMN spot market Review: Today's spot transaction price on the Yangtze River was 16,750-16,790 CNY per ton, up 440 CNY. Guangdong South Storage was quoted at 16,850-16,910 CNY per ton, up 430 CNY. Huatong was quoted at 16,860-16,880 CNY per ton, up 440 yuan. The supply of circulating goods is relatively scarce. The enthusiasm of major customers to receive goods is acceptable. The downstream mainly purchases due to high prices and genuine needs, and the transaction activity is average. The global demand for custom aluminum extrusions continues to rise, driven by their versatility in industrial housing and machinery components. Manufacturers are increasingly adopting precision aluminum extrusion techniques to produce high-performance extruded aluminum profiles for sectors like

According to the different materials used to carry the main components of photovoltaic carriers, they can be divided into aluminum alloy carriers, steel carriers, and non-metallic carriers. Among them, non-metallic brackets are not commonly used, while aluminum alloy brackets and steel brackets each have their own characteristics. The photovoltaic network does not rotate with changes in the angle of incidence of the sun and receives solar radiation in a fixed manner. According to the setting of the tilt angle, it can be divided into fixed optimal tilt angle, fixed inclined roof, and fixed adjustable tilt angle.  solar photovoltaic pressure block. Solar photovoltaic pressure blocks are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal. We manufacture precision custom aluminum extrusions and casting profiles for industrial applications. Our extruded aluminum profiles are perfect for electric motor shells and Custom Aluminum Engine Casings, offering superior strength with lightweight properties. Each component undergoes precision aluminum extrusion and optional powder coat paint for enhanced protection. We provide Precision CNC Machined Engine Covers for exact fitment and corner code connectors for easy assembly.  

The main research work and achievements are as follows:   The static and dynamic CCT curves of the experimental steel were plotted using the MMS-300 thermal simulation testing machine, and the influences of holding temperature, cooling rate and deformation on the continuous cooling curve of the experimental steel were studied. The experimental results show that within the cooling rate range of 3 ° C /s to 20 ° C /s, the martensitic structure can be obtained in the experimental steel. With the increase of the holding temperature and cooling rate, the phase transition point of the experimental steel decreases. High-temperature deformation will increase the phase transformation temperature of the experimental steel. 2. The high-temperature deformation behavior of the experimental steel was studied. The influencing factors of deformation resistance were analyzed. The material constants were obtained: a=0.0136Mpa-1n=4.2645.A =2.410-6. The activation energy of hot deformation Q=372.8KJ/mol was calculated. The expression of the Z parameter and the peak formula of rheological stress were obtained. The fitting of the deformation resistance model of the experimental steel was achieved respectively by using the traditional mathematical model and the artificial intelligence algorithm, and the fitting effects of the two were compared.   The best quality 6061 aluminum tubes, perforated 6061 aluminum tubes, special-shaped 6061 aluminum tubes, alloy 6061 aluminum tubes, 6061 aluminum tube manufacturing methods and processing degrees, 6061 aluminum tube specifications and materials, 6061 aluminum tube mechanical properties, 6061 aluminum tube processing methods, modern processing requirements for seamless 6061 aluminum tubes Large-diameter 6061 aluminum

Precision Aluminum Tubes for Demanding Industrial Applications Our factory now produces high-precision seamless aluminum tubes with exceptional dimensional accuracy, featuring: Outer diameter tolerance ±0.1mm Inner diameter tolerance ±0.05mm These premium precision aluminum extrusion products are ideal for:✓ Motor casing components requiring tight tolerances✓ Electrical enclosure cabinet structural elements✓ Industrial housing and mechanical systems✓ Custom aluminum extrusions for specialized applications With advanced metals and alloys formulation, our tubes meet rigorous industrial purposes demands. Optional powder coat paint finishes available for enhanced corrosion resistance in outdoor electrical cabinet installations. The superior dimensional control of our extruded profiles ensures perfect fitment in:• Hydraulic/pneumatic systems• Box plate manufacturing• High-performance motor casing material Contact us today to discuss how our precision tubes can optimize your project's performance and reliability.

Aluminum tubes offer exceptional properties that make them indispensable across industries. As versatile metals and alloys, they combine lightweight strength with excellent corrosion resistance, perfect for industrial purposes. Key Advantages: High Precision: Our precision aluminum extrusion technology ensures tight tolerances for critical applications Customizable: Available as custom aluminum extrusions in various sizes and extruded profiles Durable Protection: Optional powder coat paint enhances weather resistance for outdoor electrical cabinets Primary Applications:✓ Motor casing components requiring heat dissipation✓ Structural elements for electrical enclosure cabinets✓ Framework for industrial housing projects✓ Box plate manufacturing and support structures With superior formability and conductivity, aluminum tubes continue to replace traditional materials in demanding environments. Their adaptability as motor casing material and structural components demonstrates aluminum's growing dominance in industrial solutions.

The main purpose of the anodized aluminum motor housing is to improve the corrosion resistance and hardness of the motor, while maintaining its lightweight and high strength. Anodizing treatment can effectively prevent aluminum shells from rusting due to contact with air, water, or other corrosive substances, extending engine life. Motor housings are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal.  Strong corrosion resistance: Anodizing can form a protective oxide film, effectively isolating air and moisture, and preventing aluminum from being corroded.   Strong impact resistance: The surface hardness increases after anodizing, which can better resist mechanical impact and friction.   Good surface glossiness and easy maintenance: The surface after anodizing treatment is smooth, easy to clean and maintain, and maintains the aesthetic appearance of the motor casing.   Improve thermal performance: Anodizing treatment can improve the thermal emissivity of die cast aluminum alloys, thereby enhancing their cooling efficiency, especially in high-power density applications such as battery chargers, which is of great significance.

1. Good heat dissipation: During the operation of the motor, due to high-speed operation, it is necessary to release the high temperature generated by the motor itself. We know that aluminum has a strong heat capacity, so current engine manufacturers must choose aluminum casing as the engine casing. 2. Make the motor lighter: Metal aluminum is lighter in weight, reducing the overall weight of the machine. Easy to install and transport. 3. Good plasticity：Lighter than steel, with good thermal conductivity and plasticity, can be cast under pressure, and has a higher elongation rate than iron. 4. Aluminum alloy motor housing: The motor is lightweight, has low vibration, low noise, waterproof, dustproof, corrosion-resistant, energy-saving, high performance, high efficiency, and has a long service life. This is a new environmentally friendly product that cannot be replaced by ordinary engines.   Motor housings are extrusion process, which used for fine processing. Meanwhile, these products used 6063 in the metals and alloys, which can use auto parts. Moreover, we can provide the customized service according to your drawings, like cnc aluminum, custom aluminum extrusions, casting profiles and die cast metal.