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The jacketed heating loading arm is designed for safe and efficient transfer of high-viscosity and high-freezing-point media such as bitumen, heavy oil, and molten sulfur. It uses a double-layer jacket structure that allows steam or thermal oil circulation to maintain fluid temperature and prevent solidification during loading operations. This makes it a reliable solution for heated loading arm systems and industrial bitumen loading equipment.
The system supports customized configurations, including electric heating options when steam supply is limited. Rotary joints and flexible hose connections ensure stable movement and thermal continuity. It also features a balanced arm structure with locking mechanisms for safe and easy operation, widely used in jacketed loading arm applications requiring high reliability and thermal stability in harsh industrial environments.
The TA024/J jacketed heating loading arm is engineered for safe handling of high-viscosity and high-freezing-point materials such as bitumen, heavy oil, and molten sulfur. Its dual-layer jacket structure enables continuous heating through steam or thermal oil circulation, maintaining stable flow and preventing solidification during loading. This ensures consistent performance in heated loading arm systems and industrial bulk liquid terminals operating under demanding temperature conditions.
The system adopts a double-pipe jacketed structure, where the inner pipe carries the medium while the outer layer provides thermal insulation and heating support. This design significantly improves temperature retention efficiency and reduces flow resistance. In practical applications, thermal loss can be reduced by up to 30–40% compared with non-heated loading systems, making it highly effective for jacketed loading arm equipment used in cold or unstable environments.
Depending on operational requirements, the TA024/J system supports steam heating, thermal oil circulation, or optional electric heat tracing when external heating sources are limited. This flexibility ensures compatibility with different industrial infrastructures and terminal layouts. It allows operators to maintain continuous loading performance across varied environments, making it suitable for modern industrial heating loading arm systems and multi-energy supply conditions.
Key rotating and bending sections are connected using high-quality rotary joints combined with metal flexible hoses. This structure compensates for thermal expansion and mechanical movement while maintaining stable flow performance. It reduces mechanical stress during frequent loading cycles and improves system durability, making it ideal for high-temperature loading arm systems used in continuous industrial operations.
The loading arm is equipped with a mechanical balance system that ensures smooth vertical movement and reduces operator effort. Locking mechanisms allow the arm to be securely fixed in both working and parked positions, improving operational safety. This design enhances usability in truck loading heating systems, especially in environments requiring frequent and repetitive loading tasks.
The TA024/J system can be integrated with additional safety and automation components, including electrostatic grounding alarms, liquid level detection, vapor recovery caps, and pneumatic or hydraulic drive systems. These upgrades enhance operational safety and automation level, making it a scalable solution for industrial loading arm applications in petrochemical, bitumen, and chemical logistics industries.
