Continuous casting machine for stainless compound steel plate strip blank
A composite strip and stainless steel technology is applied to near-net shape continuous casting equipment and continuous casting of stainless steel composite strip blanks. It can solve the deformation and wear of the cooling steel belt, limit the casting speed of the casting slab, and affect the service life of the cooling steel belt, and achieve the effect of increasing the casting speed of the casting slab, improving the service life, and eliminating the dummy mechanism and vibration device.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Publication Date
- 2007-07-18
- Estimated Expiration
- Not applicable · inactive patent
Smart Images
Figure 1 Figure 2 Figure 3
Abstract
Description
technical field
[0001] The invention relates to a stainless steel composite strip billet continuous casting machine, which belongs to near-net shape continuous casting equipment in the technical field of metallurgy industry. The continuous casting machine can not only continuously cast a single metal material thin slab strip, but also can continuously cast a composite slab strip of different metal materials, and is especially suitable for continuous casting of stainless steel composite slab strips. Background technique
[0002] The continuous casting machine is an important equipment in the continuous casting and continuous rolling process of the modern metallurgical industry. Its structural characteristics and working principle not only determine the working efficiency and production cost of the continuous casting machine, but also directly affect its product quality. The continuous casting machines used in the original continuous casting process are generally divided into ...
Examples
Embodiment Construction
[0041] 1. (See Figure 1) When producing stainless steel double-sided composite slab blanks, stainless steel water 15 is poured into crystallizer A through stainless steel water tundish 16 and stainless steel water casting tank 17; stainless steel water 15b is cast through stainless steel water tundish 16b and stainless steel water The tank 17b is injected into the crystallizer B, moves downward synchronously with the crystallizers A and B, and gradually cools and crystallizes into a stainless steel strip blank, and enters the crystallization together with the lower cooling steel strips 2 and 2b of the crystallizers A and B when cooled to an appropriate temperature At this time, the low-carbon molten steel 18 is injected into the gap reserved between the two stainless steel strip blanks of the crystallizer C through the low-carbon molten steel tundish 19 and the low-carbon molten steel casting tank 20. Device C continues to move downward synchronously. At this time, the inner si...