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In the vast system of water conservancy projects, pins act as crucial “joints,” bearing the responsibility for opening and closing giant gates and connecting turbine units. They undergo severe tests under water pressure, silt abrasion, and corrosion. Traditionally, worn or corroded pins often require complete replacement, which is costly and time-consuming.

In the machinery industry, impellers are like tireless hearts, driving complex systems ranging from aircraft engines to large water pumps. However, wear, corrosion, and fatigue, like the sculptor of time, leave indelible scars on these high-speed rotating components. 

In the core of modern industry – hydraulic and fluid systems – the plunger, as a key moving component, whose surface properties directly determine the reliability, efficiency, and service life of the entire system. For a long time, wear, corrosion, and fatigue have been inherent challenges faced by traditional plinders. Today, we would like to introduce to you a revolutionary surface strengthening technology: laser cladding.

In the field of coal mining, the chain wheel of the coal mining machine, as a key component of the traction system, is subjected to heavy loads, high friction, and strong impacts for a long time. Traditional repair methods often fail to achieve satisfactory repair results.

In the fierce market competition, glass manufacturers are constantly seeking ways to reduce costs and increase efficiency. Are you troubled by the following problems? Frequent mold scrapping due to surface wear and scratches, resulting in high procurement costs?

At the heart of a modern thermal power plant stands a colossal structure—the boiler. Its "heart," the inner wall of the combustion chamber, is not an ordinary brick wall as we might imagine, but a "water-cooled wall" composed of countless tightly arranged steel pipes. 

In the increasingly competitive automotive manufacturing industry, the health status and performance of molds directly determine the quality of stamped parts, the efficiency of production lines, and the final quality of vehicles. Facing the shutdown and scrapping of molds due to wear, scratches, and corrosion, are you facing the following pain points?

At 7:30 a.m., our technical team drove through the factory's damp concrete and parked in front of the customer's heavy machining workshop. Today, we were performing laser cladding on the inner wall of the pin hole for a critical component of the equipment—the planetary frame.

Recently, a batch of high-precision laser quenching equipment developed in partnership with our company has officially departed for Vietnam. This marks a significant breakthrough in our company's Southeast Asian market presence, signaling that our advanced laser surface treatment technology has gained further international recognition. The equipment will inject new technological momentum into Vietnam's industrial manufacturing sector.

In modern industrial production, roller equipment such as rolling rollers, conveying rollers, and drying cylinders serve as the backbone of production lines. These components endure constant exposure to immense pressure, intense friction, high temperatures, and corrosive environments. The surface quality of these components directly determines production efficiency, product quality, and service life.