In recent years, we have initially introduced our pipeline chain conveyors to clients in industries such as chemicals and food processing. Compared to traditional conveying methods, our pipeline chain conveyors offer advantages such as long conveying distances, low failure rates, and low energy consumption. The nature of the conveyed materials: Our pipeline chain conveyors, relying on mechanical principles, drive the conveying of materials by using chains and scrapers to circulate within the pipeline, completely overlooking the issue of material fluidity.

Regarding adhesive materials, which attach to chains and scraper blades, nitrogen jet equipment can be installed on pipeline chain conveyors, or scraper cleaning equipment can be set up at the outlet to remove most of the material residue. Addressing the issue of conveying materials with poor fluidity. Additionally, during the conveyance of special powders, simple floating particles accumulate in the air, easily causing explosions and other accidents, posing potential hazards.

The entire sealed conveying of the pipeline chain conveyor effectively prevents dust from being volatilized into the air, thus preventing dust explosion sources. The conveying capacity of the pipeline chain conveyor refers to the amount of material conveyed per unit of time. When conveying bulk materials, it is calculated based on the mass or volume of the material conveyed per hour.

The planning of pipeline chains determines their application. The advantages of pipeline chains include large conveying capacity and long conveying distance, but they are not suitable for small material conveyance, leading to increased relative costs. Most conveyors should consider compatibility with other production equipment before planning production to ensure rational selection of the conveyor model.

Due to the wear on the conveyor chain of the pipeline chain conveyor, the conveyor chain is identical to the drive chain. The conveyor chain is composed of a series of bearings, which are fixed by chain plates with a restraint function and interconnected. Each bearing of the pipeline chain conveyor includes a pin and a sleeve, on which the roller chain rolls.

Axles and sleeves, after surface hardening treatment, can be twisted together under higher pressure and withstand the load pressure of drum conveyors and the impact during engagement. Chain conveyors of various strengths typically have a series of different pitch distances: the pitch distance is determined by the specified strength of the sprocket teeth.

And typically, larger pitch links are determined by the rigidity of the chain plate and the general chain. If necessary, larger pitch links can be accommodated by reinforcing the sleeve in the middle of the chain plate. However, it's essential to maintain the gear teeth to eliminate the sleeve space. With the development of environmental protection, many chemical industries are optimistic about the clean transportation features of the pipe chain conveyors.