Our idler uses the forging process, which has higher strength and durability, capable of withstanding heavy loads, vibrations, and impacts. It also achieves greater precision, with a pore-free surface and higher density. Typically, the service life of forged idler is about six months longer than cast ones, resulting in cost savings for your operations.

Our idler uses the forging process, which has higher strength and durability, capable of withstanding heavy loads, vibrations, and impacts. It also achieves greater precision, with a pore-free surface and higher density. Typically, the service life of forged idler is about six months longer than cast ones, resulting in cost savings for your operations.

Our idler uses the forging process, which has higher strength and durability, capable of withstanding heavy loads, vibrations, and impacts. It also achieves greater precision, with a pore-free surface and higher density. Typically, the service life of forged idler is about six months longer than cast ones, resulting in cost savings for your operations.

If you’re still worried about the short service life of chassis, consider trying our factory’s products. Whether for mining or construction, we guarantee a minimum usage time of 2000 hours, along with one year of warranty service. This will reduce the frequency of purchasing chassis parts, saving you both time and money. We use 40Mn2 original steel for forging, which has excellent density. After heat treatment, the hardness can reach 50-55. Additionally, we employ friction welding technology imported from Japan to ensure perfect balance. Furthermore, our copper bushings are sourced from the best domestic COB copper, which, despite being slightly more expensive, offers unmatched durability. If you need rare components, simply provide us with the drawings, and we can offer customized services.

If you’re still worried about the short service life of chassis, consider trying our factory’s products. Whether for mining or construction, we guarantee a minimum usage time of 2000 hours, along with one year of warranty service. This will reduce the frequency of purchasing chassis parts, saving you both time and money. We use 40Mn2 original steel for forging, which has excellent density. After heat treatment, the hardness can reach 50-55. Additionally, we employ friction welding technology imported from Japan to ensure perfect balance. Furthermore, our copper bushings are sourced from the best domestic COB copper, which, despite being slightly more expensive, offers unmatched durability. If you need rare components, simply provide us with the drawings, and we can offer customized services.

If you’re still worried about the short service life of chassis, consider trying our factory’s products. Whether for mining or construction, we guarantee a minimum usage time of 2000 hours, along with one year of warranty service. This will reduce the frequency of purchasing chassis parts, saving you both time and money. We use 40Mn2 original steel for forging, which has excellent density. After heat treatment, the hardness can reach 50-55. Additionally, we employ friction welding technology imported from Japan to ensure perfect balance. Furthermore, our copper bushings are sourced from the best domestic COB copper, which, despite being slightly more expensive, offers unmatched durability. If you need rare components, simply provide us with the drawings, and we can offer customized services.

If you’re still worried about the short service life of chassis, consider trying our factory’s products. Whether for mining or construction, we guarantee a minimum usage time of 2000 hours, along with one year of warranty service. This will reduce the frequency of purchasing chassis parts, saving you both time and money. We use 40Mn2 original steel for forging, which has excellent density. After heat treatment, the hardness can reach 50-55. Additionally, we employ friction welding technology imported from Japan to ensure perfect balance. Furthermore, our copper bushings are sourced from the best domestic COB copper, which, despite being slightly more expensive, offers unmatched durability. If you need rare components, simply provide us with the drawings, and we can offer customized services.

We are committed to manufacturing the most durable track chains suitable for various complex construction environments. While the market primarily uses materials like 40Mn2 and 40MnB, heavy equipment used in mining requires greater wear resistance and strength. Therefore, we have chosen 35MnB material from Hangzhou Steel and Baosteel to enhance wear resistance. These chains can achieve a hardness of 47-55 and a depth of 5-8.

We are committed to manufacturing the most durable track chains suitable for various complex construction environments. While the market primarily uses materials like 40Mn2 and 40MnB, heavy equipment used in mining requires greater wear resistance and strength. Therefore, we have chosen 35MnB material from Hangzhou Steel and Baosteel to enhance wear resistance. These chains can achieve a hardness of 47-55 and a depth of 5-8.

We are committed to manufacturing the most durable track chains suitable for various complex construction environments. While the market primarily uses materials like 40Mn2 and 40MnB, heavy equipment used in mining requires greater wear resistance and strength. Therefore, we have chosen 35MnB material from Hangzhou Steel and Baosteel to enhance wear resistance. These chains can achieve a hardness of 47-55 and a depth of 5-8.

We are committed to manufacturing the most durable track chains suitable for various complex construction environments. While the market primarily uses materials like 40Mn2 and 40MnB, heavy equipment used in mining requires greater wear resistance and strength. Therefore, we have chosen 35MnB material from Hangzhou Steel and Baosteel to enhance wear resistance. These chains can achieve a hardness of 47-55 and a depth of 5-8.

We use 40Mn2 material to manufacture sproket, which are compatible with tracked machinery ranging from 0.8 tons to 125 tons. What sets us apart from other manufacturers is our comprehensive heat treatment process for the entire gear ring. This treatment enhances ductility and strength, minimizing deformation during machine operation and ensuring a safer and more efficient process. Additionally, we produce high-quality segments suitable for tracked machinery weighing between 6 tons and 100 tons.