Product Introduction

Steel pedals, as an efficient and safe scaffold board, have been widely used in construction scenarios in industries such as architecture, electricity, and petrochemicals. It is made from high-quality steel as raw material and processed through a series of techniques, providing a stable and reliable working platform for construction personnel. It is an indispensable and important tool in modern engineering construction. ​

Product Definition and Structure

Steel pedals are stepping panels used for scaffolding, climbing facilities, etc., mainly for construction personnel to walk, stand, and place small construction equipment and materials. Its structural design is scientifically reasonable and usually consists of panels, reinforcing plates, and hooks. The panel is rolled from steel plates of appropriate thickness, and the surface is often treated with anti slip measures such as pressing diamond or bar patterns to enhance friction and prevent personnel from slipping. The reinforcing plate is vertically welded on the back of the panel, which enhances the strength and stiffness of the panel, effectively resisting pressure and impact forces during construction, and avoiding panel deformation. Hooks are set at both ends of the steel pedal to secure it to the crossbar of the scaffold, ensuring that the steel pedal does not shift or slide during use. ​

Product Features

High strength and durability: The steel pedal is made of high-strength steel, which has excellent load-bearing capacity and can withstand the weight of construction personnel, tools, and materials, meeting the load requirements of different construction scenarios. At the same time, steel itself has good toughness and fatigue resistance. After reasonable processing and treatment, the steel pedal is not easily damaged, has a long service life, and can be reused multiple times. Compared with traditional wooden or bamboo scaffold boards, it greatly reduces the frequency and cost of replacement. ​

Excellent anti slip performance: As mentioned earlier, the anti slip pattern design on the surface of the steel pedal can significantly improve friction, providing reliable anti slip protection for construction personnel even in rainy, humid, or oily environments, reducing the occurrence of accidental slip accidents and effectively ensuring construction safety. ​

Good fire resistance: Steel has the characteristic of non flammability, which makes steel pedals have good fire resistance at construction sites, effectively avoiding fire accidents caused by sparks, open flames, etc., especially suitable for places with welding, cutting and other hot work operations, adding an important line of defense for fire safety at construction sites. ​

Moderate weight, easy to handle and install: Compared with bulky concrete pedals, steel pedals are relatively lightweight, making it easier for construction personnel to handle and install, improving construction efficiency. Moreover, its standardized size and unified hook design make the installation process simple and fast, enabling the rapid establishment of a safe work platform. ​

Easy to clean and maintain: The surface of the steel pedal is smooth and not easily contaminated with dirt, dust, and other debris. After use, it can be cleaned simply by wiping or rinsing. Even if slight rusting occurs during long-term use, maintenance can be carried out through rust removal, painting, and other methods to restore its performance and appearance. ​

Environmental Protection and Economy: Steel pedals can be recycled and reused. When they reach their service life, their materials can be recycled and reprocessed, reducing pollution to the environment and complying with the concept of green environmental protection.