A kind of manufacturing method of stainless steel double-sided composite board
A clad plate and stainless steel technology, applied in the production field of stainless steel double-sided clad plate, can solve problems such as difficulty in guaranteeing surface quality, difficulty in production organization, and affecting product quality, and achieve smooth and flat surface, good heat resistance, and improved performance Effect
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Embodiment 1
[0049] Embodiment 1: as figure 1 , 2, 3, 4, 5, 6, 7, and 8 show a method for making a stainless steel double-sided composite panel, which includes the preparation of the primary blank and the preparation of the secondary blank in turn, and obtains 2 single-sided composite panels through the preparation of the primary blank. board, and then through the preparation of the secondary blank to obtain double-sided composite board outside the double board.
[0050] The making of one blank includes the following steps in turn:
[0051] (1) Selection of raw materials: select 2 base plates and 2 double plates, wherein the base plate is carbon steel, the double plate is stainless steel, stainless steel is selected as the double plate, and carbon steel is used as the base plate, expanding the use of the method obtained by the present invention. The scope of application of double-sided composite panels and the effect of use. The obtained double-sided composite board can be used as a pot...
Embodiment 2
[0078] Example 2: In the primary billet preparation process, step (3) when preparing the bar: select a carbon steel plate with a thickness of 14mm and cut it into a bar. Step (4) when preparing a rectangular frame: the distance between the outer edge of the bar and the edge of the substrate is 27mm; step (5) when applying a release agent: the first release agent, polyethanol aqueous solution and α-Al 2 o 3 The weight ratio of micropowder is 1:55; the weight ratio of the second release agent, polyethanol aqueous solution and white corundum micropowder is 1:55; Thereby thoroughly drying and removing free water in the release agent, thereby improving the use effect. Step (6) When preparing the assembled blank: a 4mm expansion gap 4 is provided between the doubler plate 2 and the retaining strip 5, so as to prevent the doubler plate from being thermally expanded and tightly attached to the rectangular frame. During the preparation of the primary billet and the preparation of the...
Embodiment 3
[0079] Example 3: In the primary billet preparation process, step (3) when preparing the bar: select a carbon steel plate with a thickness of 16mm, and cut it into a bar. Step (4) when preparing a rectangular frame: the distance between the outer edge of the bar and the edge of the substrate is 30mm; step (5) when applying a release agent: the first release agent, polyethanol aqueous solution and α-Al 2 o 3 The weight ratio of micropowder is 1:60; the weight ratio of the second release agent, polyethanol aqueous solution and white corundum micropowder is 1:60; Thereby thoroughly drying and removing free water in the release agent, thereby improving the use effect. Step (6) When preparing the assembled blank: an expansion gap 4 of 5mm is provided between the doubler plate 2 and the retaining strip 5, so as to prevent the doubler plate from being thermally expanded and tightly attached to the rectangular frame. During the preparation of the primary billet and the preparation o...
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Abstract
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