Like other pipes, the composite pipe is made up of several layers, usually including at least one thermoplastic liner, reinforcing middle layers and an outer thermoplastic protective jacket. Due to its flexibility, a flexible composite pipes can be spooled onto a reel for efficient transportation and fast installation without the need for as many connections.

Common faults in drum production lines primarily involve mechanical wear, electrical system abnormalities, load and balance issues, as well as installation and maintenance defects. Below is a categorized explanation of fault symptoms, causes, and solutions based on typical scenarios.

The production process of lean pipe connectors varies depending on the product type (such as first generation steel plastic composite, second-generation stainless steel/chrome plated, third-generation aluminum alloy), but the core steps include material preparation, forming processing, surface treatment, and assembly testing. The following is an overview of the process based on common industrial practices, among which the first generation of steel plastic composite connectors have a more representative process due to their low cost and wide application.

The power consumption of the belt conveyor varies depending on the equipment power, operating speed, and load, but can be referenced through the following typical scenarios:

According to the "Measures for Holidays on National Festivals and Memorial Days" and the notice from the General Office of the State Council on the holiday arrangements for 2026, combined with the actual production situation, the specific Spring Festival holiday schedule for 2026 is as follows:

The three fundamental principles of the double-speed chain are the acceleration mechanism, the cycle time control mechanism, and the structural design principle. These principles collectively achieve an automated conveying function where the workpiece carrier speed can reach 2 to 3 times that of the chain. ‌

What is a belt conveyor? How would you define a belt conveyor? In fact, we all know that a belt conveyor serves as the operational carrier in the production process for most manufacturing enterprises.

The installation of a belt conveyor production line involves multiple stages, with the installation of limit devices being a critical step to ensure the safe operation of the equipment. Limit devices (such as limit switches) are used to restrict the position of moving components, preventing the equipment from exceeding operational limits, and are commonly employed in belt deviation detection or travel control. Below is a guide for installation, combining the general process of belt line installation and the specific requirements of limit devices.

According to the "Measures for the Implementation of National Holidays and Memorial Days" and the notice from the General Office of the State Council on the arrangement of holidays for 2026, as well as the actual production situation of Xingqian Tian Group, the specific holiday schedule for New Year's Day 2026 is as follows:

The following are common reasons and solutions for the belt not turning, combined with fault cases and technical analysis:

The precision standards for drum production lines involve multiple aspects, including geometric dimensions, installation positions, and motion characteristics, with specific requirements varying depending on the application scenario (e.g., belt conveyors, printing equipment, etc.). The following provides a comprehensive reference based on common standards.

The installation of a double-speed chain production line is a process that requires precise operation, with the core focus being the accuracy of key steps such as foundation positioning, chain installation, and drive system debugging. Below are the installation procedures and key points based on professional documentation: