Aluminum Profiles Blasting Machine

PRODUCT OVERVIEW

The aluminum sandblasting machine is a piece of equipment specifically designed for the surface treatment of aluminum profiles. It integrates the entire process—including sandblasting, feeding, dust collection, and electrical control—and is widely used in various industries such as architectural decoration, automotive, electronics, and aerospace. It meets multiple requirements for aluminum profiles, including surface cleaning, texturing, pretreatment, and finishing. With its high efficiency, energy savings, and stable performance, it empowers enterprises to achieve large-scale, standardized production, reducing production costs while ensuring processing quality.

KEY FEATURES

Intelligent control of the entire system with real-time monitoring of operational status

Dimensions of the complete system: 18,600 × 7,000 × 4,600 mm; total weight: approximately 13,500 kg

KEY PERFORMANCE INDICATORS

The industrial sandblasting machine offers stable performance, with processing efficiency and sandblasting quality comparable to similar imported equipment. It meets the high-end surface treatment requirements for aluminum profiles across various industries, helping businesses enhance the value of their products.

1- Maximum blasting cross-section: 850 mm wide × 240 mm high. Compatible with a wide range of aluminum profile specifications, eliminating the need for frequent equipment adjustments and improving operational efficiency.

2- Maximum lifting capacity of the abrasive transfer table: 200 kg, capable of handling large-volume abrasive transfer needs and suitable for large-scale production.

3- Daily output: Approximately 25 tons, meeting the large-scale production needs of small and medium-sized enterprises and significantly increasing production capacity.

4- Sandblasting quality: On par with similar imported sandblasting machines, ensuring uniform surface treatment without scratches or buildup. Effectively removes impurities such as oxide scale, oil stains, and extrusion marks from aluminum profiles, providing an ideal substrate for subsequent processes like painting and anodizing, and improving coating adhesion by over 300%.

5- Compressed Air Requirements: Pressure 0.6–0.7 MPa, air flow rate 1.5 m³/min (if no compressed air station is available, the user must provide a compatible air compressor, oil-water separator, refrigerated dryer, and air receiver tank; refer to the equipment specifications for specific details).

APPLICATIONS

This aluminum sandblasting equipment meets the surface treatment needs of aluminum profiles across multiple industries. Thanks to its high efficiency, stability, and environmental friendliness, it is widely used in the following fields:

1- Architectural and Decorative Industry: Aluminum doors and windows, curtain wall profiles, aluminum panels, decorative aluminum strips, ceilings, signage, etc. It removes extrusion marks and oxide scale to create a uniform matte or satin finish, enhancing the aesthetic appeal and improving coating adhesion.

2- Automotive and Transportation Industry: Battery trays and motor housings for new energy vehicles; aluminum alloy wheels and interior trim for traditional vehicles; aluminum profiles and interior panels for subway and high-speed rail car bodies, etc. This process improves the adhesion of anti-corrosion and heat-dissipating coatings and restores the appearance of refurbished parts.

3- Aerospace and High-End Equipment Industry: Aircraft structural components, aerospace brackets, aluminum alloy parts for ships and petrochemical facilities, etc. Cleans surfaces, enhances coating reliability, and improves component fatigue strength and dimensional stability.

4- Industrial Profiles and Hardware Products: Heat sinks, photovoltaic aluminum frames, bicycle frames, aluminum tubing, etc. Removes burrs and weld slag, improving coating quality and sealing performance; also suitable for the regeneration and refurbishment of recycled aluminum profiles and used aluminum parts, with no chemical contamination and no damage to the substrate.