Manufacturing Process: The production of power poles generally adheres to stricter and more specialized standards and specifications, as they are used to support and carry power lines, requiring higher levels of safety and reliability. Manufacturing power poles involves precise processes such as cutting, welding, heat treatment, and anti-corrosion treatment to ensure strength and durability. In contrast, the production of ordinary iron lamp posts is relatively simple, typically involving common cutting, welding, and surface treatment processes.

Material Selection: Power poles typically use high-strength materials such as steel, cast iron, or composite materials to meet their load-bearing capacity and structural stability requirements. These materials undergo rigorous testing and quality control to comply with relevant standards. Ordinary iron lamp posts, on the other hand, usually employ commonly available iron or steel materials, with lower load requirements and more flexibility in material selection.

Size and Specifications: The dimensions and specifications of power poles are designed according to specific power transmission requirements, including height, cross-sectional shape, wall thickness, and other factors. These specifications must meet the standards and requirements of the power industry. Ordinary iron lamp posts generally follow standardized sizes and specifications, selected based on the requirements and installation locations of the lamps.

Quality Control: Due to the importance and specificity of power poles, their production processes require strict quality control, including material quality inspection, process control, welding quality testing, and more. Manufacturers of power poles often need to comply with relevant certifications and quality management systems. Quality control for ordinary iron lamp posts is relatively simpler, focusing primarily on material quality and welding quality.

In summary, the differences in production between power poles and ordinary iron lamp posts primarily lie in the complexity of manufacturing processes, material selection requirements, customization of size and specifications, and the level of quality control. Manufacturing power poles requires higher levels of specialization and precision to ensure strength, durability, and safety. The production of ordinary iron lamp posts is comparatively simpler and more flexible.