The Application Of Industrial Aluminium Profiles

Industrial aluminium profiles are aluminium alloy profiles made through extrusion processes. With advantages such as lightweight, high strength, corrosion resistance, easy processing, and recyclability, they are widely used in multiple fields. The specific scenarios are as follows:

Automation And Industrial Equipment

Equipment frame: It is a core structural component of automated production lines, assembly lines, workbenches, inspection equipment, and packaging machinery. It can be quickly assembled through dedicated connecting parts (corner pieces, bolts, etc.) and its size can be flexibly adjusted to meet the structural requirements of different equipment.

Protective facilities: Safety fences and protective covers for workshop equipment, which not only ensure the safety of operators but also have good permeability (can be matched with acrylic sheets and wire mesh), and are easy to disassemble and modify.

Conveying system: As the support frame for conveyor belts, material racks, and sorting equipment, its lightweight feature can reduce driving energy consumption and is suitable for high-frequency operation scenarios.

The Field Of Transportation

Automotive industry: Battery pack frames, body structural components, chassis supports, roof racks, etc. used in new energy vehicles can significantly reduce the weight of the vehicle body and enhance the driving range. It is also used in traditional automobiles for door frame, bumper frames,etc.

Rail transit: The body structure of high-speed railways and subways (such as side walls and roofs), seat frames, internal armrests, air conditioning brackets, etc., must meet he dual requirements of high strength (impact resistance) and lightweight (energy consumption reduction).

Aviation and shipping: Aircraft cabin interior support, luggage rack frames, ship cabin partitions, guardrails, etc., taking advantage of its corrosion resistance and lightweight characteristics to reduce the overall load.

Architecture And Infrastructure

Doors & windows and curtain walls: They are the mainstream materials for building door and window frames and glass curtain wall keels. Their surfaces can be treated through anodizing, spraying, etc., to enhance weather resistance and aesthetic appeal, and are suitable for different architectural styles.

Photovoltaic and new energy: As a support for solar photovoltaic panels, it is resistant to outdoor corrosion (especially in coastal and high-humidity environments), lightweight, easy to install, and reduces the load-bearing pressure in the support foundation. It is also used in the frame structure of charging piles.

Industrial buildings: Workshop partitions, ceiling keels, maintenance passages, platform step supports,etc., featuring both structural stability and easy maintenance.

Electronics And Medical Devices

Electronic equipment: Server cabinets, display stands, and frames of automated testing equipment need to meet the requirements of precise structures, and the conductivity of aluminium alloy can assist in heat dissipation of the equipment.

Medical devices: Operating table frames, support structures for medical testing equipment (such as CT machines, testing instruments), medical device trolleys, etc., need to take into account both lightweight (easy to move) and cleanliness (easy to disinfect).

Warehousing And Logistics

Shelf system: Light-duty storage shelves, flow rack shelves, material turnover racks. They are flexibly assembled and the layer height can be adjusted according to the size of the goods, making them suitable for the storage needs of e-commerce and manufacturing industries.

Logistic equipment: Forklift guardrails, guide frames beside conveyor lines, sorting platform frames, etc., are wear-resistant and easy to maintain.

Other fields

(1)Agricultural equipment: Greenhouse supports, irrigation system frames, resistant to rainwater corrosion, extending service life.

(2)Sports and leisure: Fitness equipment frames, exhibition display racks, stage trusses, etc., are lightweight for easy transportation and assembly, and have a neat appearance.

(3)The core advantage of industrial aluminum profiles lies in “customization” – the cross-sectional shape can be designed according to requirements, and standardized connectors can be used to achieve rapid assembly. Therefore, they have an irreplaceable position in scenarios where flexible structural adjustments are needed.