With the steady growth of domestic construction machinery inventory, the demand for vulnerable parts in the future market continues to be released. As a core vulnerable component in excavator operations, the market demand for bucket teeth is shifting from "universal substitution" to "...

To further ensure the quality stability of bucket teeth products and improve the quality control mechanism, a quality control upgrade system covering the entire process of raw materials, casting, heat treatment, and finished product testing has been officially implemented and put into operation. The...

Recently, the production end of the bucket teeth has completed a full line upgrade and iteration of the lost foam precision casting process. Compared to traditional sand casting processes, the upgraded precision molding process can effectively reduce defects such as internal pores and sand holes in...

Recently, the new generation of high chromium alloy wear-resistant bucket teeth has completed technical verification and officially started mass production. This series of bucket teeth is developed for heavy wear operation scenarios such as mining and rock stripping. The alloy material formula and h...

In response to the characteristics of strong impact, high wear, and complex connection conditions in heavy construction machinery such as excavators and loaders, dedicated high-strength connecting bolts have been completed for full condition simulation verification and officially launched in bulk on...

Targeting the characteristics of heavy-duty construction machinery such as excavators and loaders—high impact, severe wear, and complex connection conditions—specialized high-strength connecting bolts have undergone full-cycle simulation verification and are now officially mass-produced for market....

The fastener industry has achieved technological breakthroughs, and the new generation of high-performance fastener bolts provide a safety foundation for key connections in high-end manufacturing fields such as wind power, rail transportation, new energy vehicles, and engineering machinery with exce...

In the grand narrative of construction machinery, the excavator undoubtedly stands as the undisputed protagonist. From the depths of mine extraction to the heart of urban construction, these steel giants reshape the terrain with their formidable power. Yet, behind this power lies a seemingly insigni...

With the continuous advancement in domestic infrastructure projects and mining operations, the workload and operational complexity of construction machinery equipment have been steadily increasing. As the core wear-prone components in excavation operations, bucket teeth, along with high-strength fas...

In mining and large-scale earthworks, excavator bucket teeth are the core components that directly bear high-frequency impacts and lateral shear forces. The stability of their connection directly affects the operational efficiency and safety of the entire machine. For a long time, traditional bucket...

Excavator bucket teeth, as the core vulnerable parts of construction machinery that directly contact ores and soil, are known as the "sharp blades" of excavator operations and are widely used in various construction scenarios such as open-pit mines, infrastructure excavation, tunnel engineering, sand and gravel mining, river dredging, and construction waste disposal. In 2026, domestic infrastructure investment will steadily land, the renewal cycle of mining equipment will be concentrated, overse

As the basic components supporting the development of the entire manufacturing industry, standard parts and fasteners are known as the "rice of industry" and are widely used in the entire industry chain fields such as new energy vehicles, wind and photovoltaic power, rail transit, aerospace, marine engineering, building steel structures, general machinery, 3C electronics, etc. In 2026, driven by the expansion of downstream industries, updates to national standards, and global low-carbon policies

In various types of mechanical equipment and engineering structures, standard components and fasteners are the core basic components that ensure overall structural stability and safe operation. The accuracy, strength, and anti-corrosion performance of a single bolt or nut directly affect the service life and safety factor of the entire machine.

Recently, based on research data from the domestic general mechanical parts industry, the current domestic standard parts and fastener industry is entering a new stage of structural transformation. As the basic connectors known as the "rice of industry", bolts, nuts, screws, washers, and irregular standard parts widely cover the entire industry chain, including new energy vehicles, wind and photovoltaic power, rail transit, aerospace, building steel structures, general equipment, and marine engi

Dans le système industriel, les boulons sont connus comme le « riz de l'industrie » et constituent les accessoires de connexion les plus fondamentaux pour tous les équipements mécaniques et composants d'ingénierie. Des appareils électroménagers et du matériel quotidien aux machines de construction, aux usines de structures en acier, aux supports photovoltaïques et au transport ferroviaire, chaque assemblage ne peut se passer de boulons. De nombreux acheteurs et utilisateurs se concentrent unique

Dans le domaine de la fabrication industrielle, les boulons sont connus sous le nom de « riz de l'industrie » et constituent les fixations de base les plus largement utilisées et les plus utilisées. Des appareils électroménagers, meubles et produits numériques aux machines d'ingénierie, au transport ferroviaire, à la construction de structures en acier et aux nouveaux équipements énergétiques, chaque machine et projet ne peut être séparé des connexions et de la fixation par boulons. Beaucoup de

Dans le système industriel moderne, il existe un type de composant qui peut sembler banal, mais qui est présent dans presque toutes les industries telles que la production et la fabrication, les transports, l'ingénierie de construction, les appareils électroménagers et les systèmes électromécaniques, et ce sont les boulons. En tant que fixations les plus utilisées, les boulons sont souvent comparés au « riz industriel ».

Dans le domaine de la fabrication industrielle, les boulons sont les éléments de fixation les plus fondamentaux et les plus critiques. Bien qu'apparemment petits et ordinaires, ils servent de composants centraux reliant divers équipements et pièces structurelles, appelés à juste titre le « grain industriel ».