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Aluminum extrusion is a technique used to transform aluminum alloy into objects with a definitive cross-sectional profile for a wide range of uses. The extrusion process makes the most of aluminum’s unique combination of physical characteristics.

Aluminum profiles can be used for a variety of purposes, such as door & window, vehicle structure, construction, etc. The greater the demand, the more competitive the industry becomes. For new buyers, it is difficult to tell how to select a good profile maker. And this article starts with five key factors to find the answer.

In recent years, Kevlar has become well-known for being heat-resistance, lightweight, high strength, and other excellent features. It can not only apply in the military field but also in a variety of civilian sectors. But how did such new-tech material come out? Read on to find out what Kevlar is.Ab

The working principle of aluminum profile extruder is a physical deformation principle. It uses ancillary equipment such as electromagnetic heating furnaces or coil induction heating furnaces to heat the aluminum rods to about 450 ° C and then extrudes them with an extruder. The principle of the extruder is that the aluminum rods heated by the device in the extruder barrel are propelled at one end. The other end is the corresponding mold.

PBO is a high performance organic fiber with the best mechanical property. It is an ideal textile raw material for being light and soft. The industrial production of PBO began at the end of the last century in 1998. It attracted a lot of attention as soon as it appeared. It is called "21st-century super fiber" for its outstanding properties.

Kevlar is a high-performance fiber with excellent heat resistance, and it is ideal for conveying products within highly efficient distribution systems. This article tells the features and applications of Kevlar, which gives an overall introduction.