The Diverse Applications of Sand Casting Parts
Sand casting parts are a versatile and widely used manufacturing process with applications across numerous industries due to its ability […]
Sand casting parts are a versatile and widely used manufacturing process with applications across numerous industries due to its ability […]
The development of cast iron technology at home and abroad requires that gray iron castings not only have good mechanical
The filling time of turbine exhaust pipe in lost foam casting is longer than that in sand casting. The whole
Laser surface strengthening technology is widely used because martensite, austenite, carbide and other strengthening phases occur in the machining area.
Composite squeeze casting is a complex forming method suitable for large parts. Because of its difficult process, high functional requirements
The following figure shows the stress field distribution of bimetal casting liner at different times during solidification. Due to the
Forming method of composite squeeze casting for large castings, design and manufacture composite squeeze casting forming equipment and peripheral devices,
At present, the theoretical analysis method of squeeze casting is not very perfect. There is no ideal design method of
In order to make gray cast iron more widely used, the graphite morphology in gray cast iron must be strictly
According to the body surface characteristics of wear-resistant organisms, hard elements on such non smooth surfaces are often distributed in
G10mnmov6-3 low alloy cast steel cable clamp is heat treated by quenching + tempering. The heat treatment process is shown
The figure shows the effect of scrap content on the hardness and tensile strength of gray cast iron. It can
The figure shows the fracture morphology of gray cast iron with different vibration frequencies. Among them, figures (a) – (d)
The macroscopic fatigue defects of rolling fatigue wear are mainly formed by the propagation of fatigue microcracks. Fatigue micro cracks
Figure (a) shows the effect of natural aging on the hardness of high chromium cast iron. It can be seen
According to the weight loss data of cast liner wear in the table, the relative wear coefficient of high chromium
20 ~ 60t medium frequency electric furnace is adopted for smelting, and the tapping temperature is controlled at 1580 ~
The figure shows the graphite morphology of gray cast iron prepared under different amplitudes. Figures (a) – (b) show the
The microstructure of grey cast iron samples with three different contents of scrap steel is shown in Fig. 1 and
The inheritance of tin in raw and auxiliary materials and the introduction of Ti element will increase the tin particles
The sample size of high chromium cast iron is 10 × ten × 5 mm3 cube. The martensitic structure of
The ball mill has been running for six months under full load and full working conditions. As shown in the
Element C in g10mnmov6-3 low alloy cast steel cable clamp shall be controlled within 0.08% ~ 0.10%. Si can strengthen
(1) Effect on hardness of gray cast iron Fig. 1 shows the effect of vibration frequency on the hardness of
Pig iron is one of the main raw materials of gray cast iron. Figure (a) shows the metallography of pig
As shown in Fig. 1 (a) and Fig. 2 (a), the SEM images of high chromium cast iron quenched at
Many gray particles can be observed in the SEM picture of Fig. 1 (a). Therefore, the cross-sectional component surface scanning
The casting die is made by lost foam casting, and the foam model is combined with the model. The foam
Gray cast iron is one of the most commonly used metal materials for automotive parts such as engine, because of
In order to research the change of austenite dendrite structure of gray cast iron from the perspective of thermodynamics, two