Aluminum Extrusions Profiles - Aluminium Profile

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

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Supply Capability:: -

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Packaging & Delivery

Packaging Detail:	1. Plastic bag or EPE wrapped for each separate profile; 2. 10 or more pieces packed in a paper box; 3. Wooden case or steel rack is available; 4. Customized packing is acceptable.
Delivery Detail:	20-25 days after order confirmed

Specifications

aluminium profile
Material:6063,6061,T5/T6
Mill finish,anodized,powder coated
Cut,punch,drill,mill
ISO9001,SGS,ROHS,TUV

aluminium profile

1. Material: 6063,6061,6060,6005,6005A,etc.

2. Temper: T5 or T6

3. Finish: Mill finish, anodizing,powder coating, electrophoresis, wooden transfer or pvdf/carbon-flouride coated, polishing,brushing,sand blasting

4. Various colors: Silver,bronze,black,gold,blue,grey,champagne,bright,etc.

5. Machining: Cutting,punching,drilling,tapping,milling,bending,welding,CNC etc.

6. Various in styles and sizes:

A). Aluminum alloy bars: ranging from 1000 series to 7000 series, normal material such as 6063,6005,6061,6060, special materials such as 6082, 7005, 7075 etc.

B). Aluminum profiles:

---General aluminum profiles (various shapes of pipes/tubes, angles, T or U shapes etc.)

--- Industrial aluminum profiles ( TV frames, Rim for bicycles and motorcycles, Heat sink profiles, Furniture, Ladder, Guide Rail, Leisure materials, Shower Room, Solar Module Frame, Motor Shell, Pipeline Integration etc.)

--- Construction aluminum profiles ( Aluminum doors&windows, JB8A8, JB828 and JB828 Sliding Windows, JB50A Door Window, Curtain Wall Frame etc.)

7. Certification: ISO9001,SGS,ROHS,GMC,TUV

8. Strong technical development ability, can provide high intensity and high ductility aluminum profiles, to meet customers' different requirements.

9. OEM service available, customized design available

Q: This question asks for a comparison of the benefits and drawbacks of utilizing aluminum profiles in the construction of roofs.: Aluminum profiles in roofing offer several advantages, including their lightweight nature which reduces structural load, high corrosion resistance making them suitable for various climates, and ease of installation which can lower labor costs. They also have a long lifespan and can be recycled, contributing to sustainability. However, there are disadvantages such as higher initial costs compared to traditional materials, potential for dents or damage from impacts, and the need for regular maintenance to preserve their finish and prevent fading. Additionally, aluminum can be noisy during rain or hail, and it may not be as thermally efficient as some other roofing materials, potentially requiring additional insulation.

Q: How do you calculate the weight-bearing capacity of aluminum profiles?: To calculate the weight-bearing capacity of aluminum profiles, you need to consider various factors such as the dimensions of the profile, the material grade of aluminum used, and the specific application requirements. Firstly, determine the dimensions of the aluminum profile, including the length, width, and thickness. These measurements will help you calculate the cross-sectional area of the profile, which is a crucial parameter in determining its load-bearing capacity. Next, consider the material grade of aluminum used in the profile. Aluminum alloys have different strength properties, so it is essential to know the specific alloy and temper designation. This information can be obtained from the manufacturer or supplier. Once you have the cross-sectional area and material grade, you can refer to engineering standards or handbooks that provide load tables or formulas for calculating the safe load capacity of aluminum profiles. These resources usually provide a range of load ratings based on different loading conditions, such as static or dynamic loads, and factors like span length, support conditions, and safety factors. It is crucial to consider the specific application requirements and any additional factors that may affect the load-bearing capacity, such as temperature, vibration, or potential impact forces. These factors may require further adjustments to the calculated load capacity. Additionally, consulting with a structural engineer or an aluminum profile manufacturer can provide valuable insights and recommendations for calculating the weight-bearing capacity more accurately. They may have specialized knowledge or testing data specific to the aluminum profile in question, ensuring a more reliable calculation. Overall, calculating the weight-bearing capacity of aluminum profiles involves considering the dimensions, material grade, specific application requirements, and consulting relevant resources or experts in the field to ensure accurate and safe load calculations.

Q: What are the advantages of using aluminum profiles in the defense industry?: Using aluminum profiles in the defense industry offers several benefits. Firstly, they have a high strength-to-weight ratio, meaning they are strong and durable while remaining lightweight. This is crucial in the defense industry, where reducing weight is important for improving mobility and saving fuel. Secondly, aluminum profiles have exceptional corrosion resistance. This is advantageous in defense applications where equipment is exposed to harsh environments like saltwater or extreme weather. The corrosion resistance ensures the equipment remains functional and reliable for long periods, reducing maintenance needs and increasing component lifespan. Additionally, aluminum profiles are highly malleable and can be easily shaped into complex designs. This versatility allows for greater design flexibility in defense applications, creating intricate and customized components. Moreover, aluminum profiles can be easily combined with other materials like composites or steel, expanding their potential uses in the defense industry. Another advantage of aluminum profiles is their excellent thermal conductivity. Compared to other metals, aluminum has a high thermal conductivity, enabling efficient heat dissipation in defense equipment. This is crucial in applications where thermal management is critical, such as electronic systems or high-performance vehicles. Effective heat dissipation ensures the reliability and longevity of sensitive components. Lastly, aluminum is a widely available and cost-effective material. It is abundant in nature and can be easily extracted, making it readily accessible for defense manufacturing. Furthermore, its lower cost compared to metals like titanium or steel makes it an economical choice for defense applications. This allows for cost-effective production of large quantities of components without compromising quality or performance. In conclusion, the advantages of using aluminum profiles in the defense industry include their high strength-to-weight ratio, corrosion resistance, versatility in fabrication, excellent thermal conductivity, and cost-effectiveness. These characteristics make aluminum profiles an ideal choice for various defense applications, contributing to enhanced performance, durability, and cost-efficiency in this critical sector.

Q: What are the potential hazards or risks associated with the use of aluminum profiles in construction projects?: Safety concerns related to using aluminum profiles in construction include potential corrosion due to exposure to harsh weather conditions, risk of electrical conductivity which may lead to electrocution hazards, and the possibility of thermal expansion and contraction causing structural instability. Additionally, improper installation can lead to structural failure, and the lightweight nature of aluminum may not provide sufficient strength in load-bearing applications. It's crucial to ensure proper design, quality materials, and adherence to safety standards to mitigate these risks.

Q: This question asks for an explanation of the various techniques employed in the manufacturing process to create aluminum profiles.: Aluminum profiles are produced using several manufacturing methods, primarily including extrusion, casting, and rolling. Extrusion is the most common method, where aluminum is heated and forced through a die to take on a desired shape. Casting involves pouring molten aluminum into molds to create specific forms. Rolling is used to produce flat sheets or plates by passing aluminum between rollers. Other methods include forging, which shapes aluminum by applying compressive force, and machining, which involves cutting and shaping aluminum with tools. Each method has its applications depending on the desired profile shape, strength, and surface finish.

Q: When will the aluminum mold be padded?: The plane will die pad is a small pad on the inside of the die sleeve, and a large pad size is the size of the inner diameter of the sliding seat, there are generally several square and circular pad, some special structure material need professional pad, such as an open slot, the structure is not very stable, when die under high pressure are squashed requires a special pad.

Q: How do you prevent galling or seizing with aluminum profiles?: To avoid galling or seizing in aluminum profiles, several steps can be taken: 1. Apply lubricant: Use a suitable lubricant on the contact surfaces of the profiles. This reduces friction and heat, preventing galling or seizing. Be sure to choose a lubricant specifically made for aluminum to avoid any negative reactions. 2. Utilize surface treatments: Implement anodizing or protective coatings on the profiles. These treatments create a barrier between the profiles, minimizing direct metal-to-metal contact and decreasing the likelihood of galling or seizing. 3. Ensure proper design and materials: Make sure the profiles and their mating components have sufficient clearance and a proper fit. Avoid tight tolerances that can cause excessive contact pressure, which increases the risk of galling. Additionally, select materials with compatible hardness and avoid using dissimilar metals that may lead to galvanic corrosion. 4. Keep things clean: Maintain cleanliness by regularly cleaning the profiles and their mating surfaces, removing any dirt, debris, or contaminants. Foreign particles can increase friction and contribute to galling or seizing. 5. Implement regular maintenance: Establish a preventive maintenance program that includes periodic inspection, cleaning, and lubrication of the profiles. This helps identify any issues early on and ensures smooth operation over time. By following these preventive measures, the risk of galling or seizing in aluminum profiles can be minimized, resulting in longer-lasting performance.

Q: This question asks about the typical applications of aluminum profiles within the field of architectural design.: Aluminum profiles are commonly used in building design for various structural and aesthetic purposes. They are utilized in curtain walls, window frames, and door systems for their strength and lightweight properties. Additionally, aluminum profiles are employed in the construction of balconies, handrails, and sunshades due to their durability and resistance to corrosion. They are also used in interior design for creating partition walls, ceiling systems, and decorative elements. The versatility of aluminum profiles allows them to be easily adapted to different architectural styles and requirements, making them a popular choice in modern construction.

Q: I have a product in the aluminum above the oxidation of 20 through the hole, that is so, good heat dissipation, I do not know, right, before oxidation, punching OK?: It is better to drill before oxidation, and then oxidize after drilling, so that the appearance will not be scratched

Q: Are aluminum profiles suitable for use in exterior wall systems?: Yes, aluminum profiles are commonly used for exterior wall systems due to their durability, low maintenance, and resistance to corrosion and weathering. They offer a lightweight and strong alternative to traditional materials, and can be designed to provide thermal insulation and aesthetic appeal. Their versatility allows for various configurations and customizations, making them suitable for a wide range of architectural styles and requirements.

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