I. Flange Explosion-Proof Electric Heating Tube
The flange explosion-proof electric heating tube is an industrial heating device featuring explosion-proof design, high-efficiency heating, and reliable safety performance.
Explosion-Proof Design: The flange explosion-proof electric heating tube incorporates an explosion-proof design, enabling safe operation in hazardous environments such as those with flammable or explosive gases, effectively ensuring production safety.
High-Efficiency Heating: Utilizing advanced electric heating elements and high-efficiency heat transfer materials, this heating tube provides rapid and uniform heating, thereby improving operational efficiency.
Safety & Reliability: Equipped with multiple safety protection measures including overheat protection and leakage protection, the flange explosion-proof electric heating tube ensures safe and reliable equipment operation.
II. Main Technical Parameters of the Explosion-Proof Flange Electric Heating Tube:
Heating Tube Materials: Stainless steel 304, Stainless steel 316L, Stainless steel 310S, etc.;
Flange Materials: Carbon steel, Stainless steel 201, Stainless steel 304, etc.;
Voltage: 110V – 660V;
Power Rating: Designed according to the heating medium;
Flange Selection: National standard flanges, chemical industry standard flanges, or non-standard flanges customized according to on-site application requirements;
Design Pressure Rating: Tube wall thickness is designed according to the operating conditions and pressure requirements.
III. Precautions for Using the Explosion-Proof Flange Electric Heating Tube:
The electric heating tube must be properly positioned and securely fixed. The effective heating zone must be fully immersed in liquid or solid metal. Dry burning is strictly prohibited. If scale or carbon deposits are found on the tube surface, they should be cleaned promptly before reuse to avoid affecting heat dissipation and shortening the service life.
When heating fusible metals, solid nitrates, alkalis, asphalt, paraffin, or similar materials, the power should first be reduced until the material has melted, after which full power operation can be resumed.
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