High-temperature molten material feeding receptor with loop type flange port

Abstract

The invention relates to a high-temperature molten material feeding receptor with a loop type flange port. The feeding receptor consists of a dual-pipe structure and a filter; the dual-pipe structure consists of an inner pipe for conveying high-temperature molten materials and an outer pipe which is wrapped on an outer layer of the inner pipe and forms a thermal insulation channel; the outer pipe is provided with a flange at the inlet end and the flange at the outlet end, the inner pipe at least comprises a through pipe and an extended pipeline connected with the through pipe, the through pipe is the output end of the feeding receptor, two ports of the through pipe extend out of a pipe body of the outer pipe, a loop type flange is arranged at one port, a fixed flange is arranged at the other end, a blind plate is mounted on the outer side of the fixed flange, the port of the extended pipeline connected with the through pipe extends out of the pipe body of the outer pipe, and the fixed flange is arranged at the port; and the filter is placed in the through pipe between a connection port of the extended pipeline and the through pipe and the loop type flange. The loop type flange can be matched with the regulation of the position of a stator for carrying out centering connection, thereby being conductive to changing the shape of discharged particles of a granulator and being conductive to improving the appearance quality of the product.

Description

Technical field: [0001] The present invention relates to a general physical or chemical method or apparatus, and more particularly to a high temperature molten material feed receiver with a looper flange port for a rotary granulator. Background technique: [0002] In the prior art, a rotary granulator has a rotatable cylindrical drum arranged on a substantially horizontal axis with through holes on the entire outer circumference, and a stationary A device for introducing flowing substances into the drum. The device consists of a feed receiver, a stator and a distributor. The feed receiver is rigidly connected to the stator. Externally extruded radial channel, which also has a conveying device arranged below the drum to receive the portioned material flow. The disadvantage of this device is that the connection between the feed receiver for introducing the high-viscosity molten material flow into the stator and the stator is rigid butt, the connection angle cannot be adjusted...

AI Technical Summary

Problems solved by technology

The disadvantage of this device is: the connection between the feed receiver and the stator, which introduces the high-viscosity molten material flow into the stator, is a rigid butt joint, and the connection angle cannot be adjusted, and because the high-viscosity molten material is easy to carbonize or crystallize, it is easy to adhere Blocking the channel at the feed inlet makes the whole machine unable to operate normally and affects normal production

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