Fracture-free high-chromium cast iron crusher hammer
A technology of high chromium cast iron and crusher, applied in the direction of casting mold, casting mold composition, casting molding equipment, etc., can solve the problems of insufficient impact force, harsh production environment, low production efficiency, etc., and achieve the ability to increase the impact load , Solve the effect of harsh production environment and stable and reliable quality
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example 1
[0016] Example 1: Production of hammerheads with a single weight of 200N, all of which are cast with high-chromium cast iron. The mass fractions of chemical components of high-chromium cast iron are: C 2.61%, Si 0.72%, S 0.031%, P 0.06%, Mn 0.69%, Cu 0.82%, Cr 15.3%, Mo 1.3%, V 0.10%, Ti 0.12%, B 0.082%, RE 0.092%, Mg 0.004%, Fe 78.071%.
[0017] In the hammer head of the present invention, an Ω-shaped round steel frame is placed at the center of the hammer head, and the diameter of the round steel is 10mm. In order to ensure that the round steel frame does not shift when the lost foam is gasified during the pouring process, the height of the round steel frame in the height direction Both ends are more than 15mm longer than the lost foam, see figure 1 ; The round steel frame can prevent the hammer head from breaking due to excessive impact load when it is working. The principle is the same as that of steel bars placed in concrete, which greatly increases the tensile stress.
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example 2
[0019] Example 2: Production of a hammer head with a unit weight of 400N, which is cast from high-chromium cast iron. The mass fractions of chemical components of high-chromium cast iron are: C 2.82%, Si 0.85%, S 0.030%, P 0.07%, Mn 0.77% , Cu 0.96%, Cr 19.50%, Mo 1.45%, V 0.12%, Ti 0.15%, B 0.091%, RE 0.11%, Mg 0.0045%, Fe 73.0745%.
[0020] In the hammer head of the present invention, an omega-shaped round steel framework is placed at the center of the hammer head, and the diameter of the round steel is 15mm. In order to ensure that the round steel framework does not shift when the lost foam is gasified during the pouring process, the height of the round steel framework in the height direction Both ends are more than 20mm longer than the lost foam, see figure 2 ; The round steel frame can prevent the hammer head from breaking due to excessive impact load when it is working. The principle is the same as that of steel bars placed in concrete, which greatly increases the tensi...
example 3
[0022] Example 3: Production of a hammer head with a unit weight of 600N, which is cast from high-chromium cast iron. The mass fractions of chemical components of high-chromium cast iron are: C 2.93%, Si 0.95%, S 0.029%, P 0.06%, Mn 0.91% , Cu 1.12%, Cr 25.4%, Mo 1.72%, V 0.14%, Ti 0.18%, B 0.11%, RE 0.13%, Mg 0.005%, Fe 66.316%.
[0023] In the hammer head of the present invention, an Ω-shaped round steel framework is placed at the center of the hammer head, and the diameter of the round steel is 20mm. In order to ensure that the round steel framework does not shift when the lost foam is gasified during the pouring process, the height of the round steel framework in the height direction Both ends are more than 25mm longer than the lost foam, see image 3 ; The round steel frame can prevent the hammer head from breaking due to excessive impact load when it is working. The principle is the same as that of steel bars placed in concrete, which greatly increases the tensile stress...
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