A kind of processing technology of sliding nozzle mechanism surface pressure rod

A technology of sliding nozzle and processing technology, which is applied in metal processing equipment, manufacturing tools, casting molten material containers, etc., can solve problems such as leakage accidents, production accidents, and pressure loss of sliding nozzle mechanisms, so as to reduce accident costs and labor costs. Intensity, the effect of reducing consumption costs

Active Publication Date: 2016-05-18
卫辉市川亚冶金设备制造有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] At present, domestic metallurgical enterprises are using sliding nozzle mechanism for flow control operation in ladle flow control technology. However, due to the special requirements of high temperature environment, some accessories are prone to quality problems such as deformation and fracture, resulting in production accidents. ;As the main pressure-bearing and pressure-applying parts of the sliding nozzle mechanism, the surface pressure rod plays a vital role in use. If the surface pressure rod has quality problems, it will directly cause the sliding nozzle mechanism to lose pressure, resulting in rigid leakage accidents

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0008] A processing technology for the surface pressure bar of the sliding nozzle mechanism, step (1), divide the whole round steel on the CNC sawing machine into raw materials of Φ75×450mm as required by the drawing; step (2) place the round steel of Φ75×450mm Put it into a box-type resistance furnace and heat it to 750°C, adjust the air hammer pressure of the forging equipment to 1000t, then take out the round steel, and forge it gradually from one end to the other end, when the temperature of the round steel reaches 600°C, put it back Put it into a box-type resistance furnace to raise the temperature, and then repeat the previous process until the raw material is forged into a 60mm×65mm square steel; step (3) use a CNC milling machine to roughly process the forged raw material according to the drawings, and reserve 0.5 mm of finishing allowance; step (4), heat treatment, put the workpiece treated in step (3) into a box-type resistance furnace and heat it to 1050°C, pre-cool ...

Embodiment 2

[0010] A processing technology for the surface pressure bar of the sliding nozzle mechanism, step (1), divide the whole round steel on the CNC sawing machine into raw materials of Φ75×450mm as required by the drawing; step (2) place the round steel of Φ75×450mm Put it into a box-type resistance furnace and heat it to 750°C, adjust the air hammer pressure of the forging equipment to 1000t, then take out the round steel, and forge it gradually from one end to the other end, when the temperature of the round steel reaches 600°C, put it back Put it into a box-type resistance furnace to raise the temperature, and then repeat the previous process until the raw material is forged into a 60mm×65mm square steel; step (3) use a CNC milling machine to roughly process the forged raw material according to the drawings, and reserve 0.7 mm of finishing allowance; step (4), heat treatment, put the workpiece treated in step (3) into a box-type resistance furnace and heat it to 1050°C, pre-cool ...

Embodiment 3

[0012] A processing technology for the surface pressure bar of the sliding nozzle mechanism, step (1), divide the whole round steel on the CNC sawing machine into raw materials of Φ75×450mm as required by the drawing; step (2) place the round steel of Φ75×450mm Put it into a box-type resistance furnace and heat it to 750°C, adjust the air hammer pressure of the forging equipment to 1000t, then take out the round steel, and forge it gradually from one end to the other end, when the temperature of the round steel reaches 600°C, put it back Put it into a box-type resistance furnace to raise the temperature, and then repeat the previous process until the raw material is forged into a 60mm×65mm square steel; step (3) Use a CNC milling machine to roughly process the forged raw material according to the drawing requirements, leaving 1mm The finishing allowance; step (4), heat treatment, put the workpiece treated in step (3) into a box-type resistance furnace and heat it to 1050°C, pre...

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PUM

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Abstract

The invention discloses a machining process of a sliding gate mechanism surface compression bar. According to the technical scheme, the machining process is characterized by comprising the following steps: (1) dividing a whole piece of round steel according to the requirements of a drawing; (2) putting the round steel into a resistance furnace for heating, forging step by step, putting into the resistance furnace for heating again, and repeating the precious process till a raw material is forged into square steel; (3) performing rough machining on the raw material by using a numerical control milling bed; (4) heating a workpiece machined in the step (3), discharging the workpiece out, then quenching, machining till the hardness HRC is about 53-58, and performing standing for next treatment; (5) finely grinding four formed surfaces of the workpiece according to the requirements of the drawing by using the numerical control milling bed; (6) processing in a gas nitriding chemical treatment mode; (7) performing anti-rusting treatment on the workpiece after the nitriding treatment.

Description

Technical field: [0001] The invention relates to a processing technology of a sliding nozzle mechanism accessory, in particular to a processing technology of a sliding nozzle mechanism surface pressing rod. Background technique: [0002] At present, domestic metallurgical enterprises are using sliding nozzle mechanism for flow control operation in ladle flow control technology. However, due to the special requirements of high temperature environment, some accessories are prone to quality problems such as deformation and fracture, resulting in production accidents. ;As the main pressure-bearing and pressure-applying parts of the sliding nozzle mechanism, the surface pressure rod plays a vital role in use. If the surface pressure rod has quality problems, it will directly cause the sliding nozzle mechanism to lose pressure, resulting in rigid leakage accidents . In the manufacturing industry of the sliding nozzle mechanism, the material selection and processing of the surface...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B22D41/40B23P15/00
CPCB22D41/40B23P15/00
Inventor 徐跃刚谷磊左晓东李伟李文起宋志鹏张卫华
Owner 卫辉市川亚冶金设备制造有限公司
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