In the wave of transformation and upgrading of the manufacturing industry, some companies always stand out with their perseverance and courage to innovate, and Yuezhong Machinery is one of the best among them.

When Shandong Lingong's loaders roam construction sites, and Caterpillar's excavators battle deep in mines, the wear-resistant plates on their bucket teeth may very well come from Shandong Rizhao Yuezhong Machinery Co., Ltd.

In the bucket tooth market, the competition between the two major processes of casting and forging has never ceased.

In the field of construction machinery parts, "durability" is the core demand of customers for bucket teeth, and behind this durability lies the technology and craftsmanship accumulated over the years.

When purchasing bucket teeth for loaders and excavators, many customers fall into the misunderstanding of "only looking at the price". As a result, the bucket teeth they bought have problems after a short period of use, which increases costs.

When talking about Juxian's manufacturing industry, many people will think of solidity and reliability - this is also the original intention of Juxian Yuezhong Machinery to make casting accessories for 17 years.

In our cooperation with customers, the most common question we hear from them is "How long can your accessories last?" Today, we will explain what exactly is Yuezhong’s advantage in “accessory wear resistance”.

Balancing the wear resistance, impact resistance, and toughness of bucket teeth requires comprehensive consideration of material selection, process improvement, and structural optimization, as follows:

Bucket teeth, the front-end weapon of construction machinery, constantly collide and rub against hard materials. Lack of proper maintenance can shorten their service life and potentially cause equipment failures, slowing project progress. Mastering a practical routine maintenance guide can help keep bucket teeth in top condition and ensure project efficiency.

At mining, construction, and road building sites, the effectiveness of excavators and loaders depends entirely on the humble bucket teeth on their front ends. Their ability to chew through hard rock, hold a full load of excavated material, and withstand wear and tear is crucial to project progress. Choosing the right bucket teeth minimizes downtime and reduces costs. Choosing the wrong ones leads to frequent replacements, reduced efficiency, and potentially delayed construction.

The key prerequisite for selecting bucket teeth is to understand the actual operating conditions. These conditions directly determine the wear type (abrasive, impact, or mixed), stress intensity, and core performance requirements of the teeth. Choosing teeth that are out of context can shorten tooth life, reduce operating efficiency, or waste costs. Specifically, the operating conditions should be accurately determined from the following four dimensions to provide a basis for subsequent material and structure selection:

In the world of mining operations, bucket teeth, though small, play a crucial role. They are the "right-hand man" of equipment such as excavators and loaders, and their performance directly affects operational efficiency and costs.