Anti-siphon pouring basin, and manufacturing method and using method thereof
A sprue basin and anti-siphon technology, which is applied in manufacturing tools, casting molding equipment, casting mold components, etc., can solve the problems of easy occurrence of siphon effect, slag inclusion porosity defects in castings, and air-entrained slag defects, so as to reduce the occurrence of slag entrapment. Slag porosity defect, prevent vortex, reduce the effect of air entrainment
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Embodiment 1
[0029] An anti-siphon sprue basin such as Figure 1-Figure 3 , including a sprue basin sand box 1, a sprue basin molten metal holding room 6, a gate plug 11, a sprue nest 4 and an anti-siphon dam 3.
[0030] The outermost layer of the anti-siphon sprue basin is a sprue basin sand box 1, and the sprue basin sand box 1 is a hollow box body, and a sprue basin metal liquid storage room 6 is formed in the basin, and the bottom of the sprue basin sand box 1 is arranged There is a sprue nest 4 and an anti-siphon dam 3 connected to the upper part.
[0031] Further, the sprue pot sand box 1 is cast, and hangers are designed on the left and right outer walls of the sprue pot sand box 1 .
[0032] Further, the anti-siphon dam is fired from refractory materials, and its size is: the height is 1.5 times the diameter of the sprue; the width is 1.0 times the diameter of the sprue, and the thickness is 0.5 times the diameter of the sprue .
[0033] Further, the sprue nest 4 is formed by pl...
Embodiment 2
[0035] A method for making an anti-siphon sprue basin, comprising the steps of:
[0036] Pre-design the anti-siphon sprue basin mold 5, the shape of the anti-siphon sprue basin mold 5 is consistent with the shape of the sprue basin accommodation chamber 6, and the siphon dam positioning hole 7 is reserved on the mould, which is used to place the refractory materials, and leave a gap of 2 mm at the siphon dam positioning hole 7, so that the fire-resistant and anti-siphon dam refractory materials can be put in easily;
[0037] Make the designed mold, place the sprue basin mold 5 in a suitable position in the sand box, place the sprue nest refractory porcelain pot and the refractory anti-siphon dam.
[0038] Fill the mixed resin sand 2 into the gap between the sand box and the mould, and vibrate continuously to ensure the filling density;
[0039] After the resin is hardened, separate the sprue pot sand box formed by the sand box and the resin sand from the mold; then apply a hi...
Embodiment 3
[0042] An anti-siphon sprue basin, its use method is as follows:
[0043] When molding the casting, lead the sprue 10 to the upper box surface and fully tighten it to ensure the strength of the molding sand;
[0044] When closing the box, place a circle of refractory mud on the upper surface of the mold along the sprue, and then place the sprue basin to ensure that the center of the sprue pocket 4 of the sprue basin is aligned with the center of the sprue. Place gate plug 11 in 4 and seal so that molten metal cannot enter the mold in advance;
[0045] When pouring, start pouring after the pouring liquid is smelted to pass, and after pouring to more than 2 / 3 of the nozzle basin, pull out the sprue plug 11, and the molten metal enters the cavity through the sprue to complete the pouring of the casting.
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