Aluminum Profiles with Custom Anodized Colors

The 8080 industrial aluminum profile is a high-strength heavy-duty industrial aluminum profile, named after its standard 80mm×80mm cross-sectional dimension. It is the core choice for building large-scale, high-load frame structures, with far superior structural strength and load-bearing capacity compared to 3030 and 4040 aluminum profiles, perfectly adapting to high-demand heavy-duty application scenarios.

Core Performance and Features

1.Size & Structure: Standard 80mm×80mm cross-section, typical wall thickness ranges from 5.0mm (customizable according to load requirements). This optimized structural design maximizes overall rigidity and impact resistance while maintaining the lightweight advantage of aluminum profiles, avoiding structural deformation under heavy load and ensuring long-term stable use.

2.Connection Method: As a key highlight of the 8080 aluminum profile, it is equipped with 10mm wide continuous notches (compatible with 8mm connectors for versatility), which can be matched with various heavy-duty special connectors, such as high-strength T-bolts, reinforced angle brackets, and thickened connecting plates. It realizes fast, welding-free and modular assembly, inheriting the convenient installation advantage of small and medium-sized profiles, while greatly improving connection stability and bearing capacity, suitable for large-scale and heavy-duty frame assembly.

3.Surface Treatment: Usually adopts high-standard anodization process, presenting a sleek silver-white appearance with excellent corrosion resistance, wear resistance and oxidation resistance, which can adapt to harsh industrial environments such as outdoor, high humidity and heavy dust. Custom colors are also available, including matte silver, royal blue, rose gold, pink and other anodized finishes, combining modern aesthetics, safety and practicality to meet diverse decorative and functional needs.

4.Load-bearing Capacity: With a span of 500mm and bolt connection, the 8080 aluminum profile with 3.0mm thickness can bear a weight of up to 800kg, far exceeding the load-bearing capacity of 3030 and 4040 aluminum profiles under the same span. It is very suitable for heavy-load application scenarios such as large-scale equipment racks, heavy-duty production lines, industrial platforms, large storage shelves and large-scale display structures, fully meeting the high-strength and high-stability requirements of heavy-duty projects.

1.6063-T5 national standard aluminum profile

2.95% pure

3.Grade: 6000series

4.Be used for industry, decoration, construction and so on.

5.Accurate mould as well as accurate dimensions.

6.Strict control for surface finish, no scratch.

7.High wear and corrosion resistance.

Q1.What's your MoQ ? And what is your delivery time?

A1.500kgs for each model. About 25 days after payment.

Q2.lf i need sample, could you support?

A2.We can provide you free samples for check our quality, but the delivery fee should be paid by our customer, and it is appreciated could send us your international Express Account For Freight Collect.

Q3.How do you charge mould fees?

A3.In case need to open new moulds for your order, but the mould fee will be refunded to customers when your order quantity reaches to a certian amount.

Q4.What is the differences between theoretical weight and actual weight?

A4.Actual weight is the actual weight including standard packaging Theoretical weight is identified according to the drawing,calculated by of the weight of each meter multiplied by the length of profile.

Q5.What's your payment term?

A5.T/T: 30% of total value as deposit, 70% as balance should be payed before shipment.L/C or other payment term can be negociated.

Q6.Could you provide OEM &ODM services?

A6.Yes, we have more than 1,500 workers and professional engineers team whom can finish orders in short time with nice quality.

Q7.How can you guarantee the quality?

A7.We have certificates of ISO9001; ISO14001; OHSAS1800 etc. and in the production, your order will be followed by QC during every step.