Solar Mid Clamp

Selection of Raw Materials: Usually, high-quality aluminum alloy or stainless steel is selected. Aluminum alloy has the advantages of light weight, good corrosion resistance and high strength. Stainless steel is more wear-resistant and has stronger corrosion resistance in harsh environments.

Mold Preparation: A mold corresponding to the shape and size of the solar middle clamp is designed and manufactured.

Extrusion Processing: The aluminum alloy billet is heated to a suitable temperature and then extruded through the mold by an extruder to obtain an aluminum profile with the basic shape of the middle clamp.

Cutting: The extruded aluminum profile or die-cast blank is cut to the required length by a cutting machine.

Drilling and Tapping: Holes are drilled in the middle clamp at the positions of the mounting holes and screw holes by using a drilling machine, and internal threads are tapped for the installation of screws.

Milling and Grinding: Milling machines and grinders may be used to process and polish the surface of the middle clamp to make it flat and smooth, meeting the requirements of installation and appearance.

Anodizing: For aluminum alloy middle clamps, anodizing treatment is usually carried out. The middle clamp is used as the anode in the electrolyte solution and is electrolyzed to form an anodized film on the surface. This film can improve the corrosion resistance, wear resistance and weather resistance of the middle clamp, and can also be colored according to needs to make it more aesthetically pleasing.

Assembly: If the middle clamp consists of multiple parts, assemble them according to the design requirements and install components such as screws and washers.

Packaging: The finished middle clamps are packaged according to customer requirements and shipping standards. They are usually packed in cartons or plastic bags and labeled with product information such as model, specification and quantity.