Forging can be divided into hot forging, warm forging, and cold forging according to the deformation temperature. Hot forging and warm forging require heating, while cold forging does not. Whether to heat, the heating temperature and holding time, the initial forging temperature and the final forging temperature all have a great relationship with the quality of the forgings and cost reduction. At present, most of the forgings used in various industries are hot forgings, while warm forging and cold forging are mostly used in the mass production of parts in automobiles, general machinery, etc.

Introduction to Lost Foam Casting Technology

Lost foam casting technology is an advanced casting process that uses expendable foam models to replace traditiona

Casting Applications

Castings are metal shaped objects obtained by various casting methods, that is, the smelted liquid metal is poured into a pre-prepared mol

Vacuum precision casting is a casting process in which metal is melted, poured, and crystallized in a vacuum chamber. It can reduce the gas content in the metal, prevent metal oxidation and sand holes. This method can produce high-demand castings.

The slag pot is primarily used for carrying steel slag from the converter, refining furnace, and the overflow from the tundish of continuous casting.

The forging hydraulic cylinder is a mechanical device mainly used to achieve linear motion and rotation. The hydraulic cylinder forgings are widely used in metallurgical machinery, military machinery, marine machinery, water conservancy machinery and other fields. Forging technology is an important step in the processing of hydraulic cylinder forgings. Forging is a process that utilizes the deformation properties of metal to deform metal blanks through processing technology. This article will introduce the processing principles of hydraulic cylinder forgings.