A molybdenum electrode water jacket for processing low dielectric glass fiber

Abstract

This invention relates to the field of glass fiber processing technology and proposes a water jacket for a molybdenum electrode in low-dielectric glass fiber processing, comprising a furnace body, a molybdenum electrode, and a cooling mechanism. The cooling mechanism includes a cooling water jacket, a water distribution ring, multiple water inlet pipes, a cooling inlet pipe, and a cooling outlet pipe. The cooling water jacket is fitted onto the molybdenum electrode. One end of the cooling inlet pipe is fixedly mounted on the water distribution ring. The cooling inlet pipe, the interior of the water distribution ring, the water inlet pipe, the interior of the cooling water jacket, and the cooling outlet pipe are sequentially connected. By setting a water distribution ring and multiple water inlet pipes inside the cooling water jacket, and arranging the multiple water inlet pipes in a circumferential array around the center line of the molybdenum electrode, this invention allows the coolant to uniformly contact the periphery of the molybdenum electrode. By positioning the end of the water inlet pipe furthest from the water distribution ring closer to the front end of the molybdenum electrode, the coolant can first contact the side of the molybdenum electrode with a higher temperature, thereby uniformly cooling the molybdenum electrode and improving the cooling uniformity of the molybdenum electrode.

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