$factory Outlets for Fixed Melting Furnace - High temperature resistant refractory brick for Kilns,furnaces – ZheLu Featured Image$

$factory Outlets for Fixed Melting Furnace - High temperature resistant refractory brick for Kilns,furnaces – ZheLu$
$factory Outlets for Fixed Melting Furnace - High temperature resistant refractory brick for Kilns,furnaces – ZheLu$
$factory Outlets for Fixed Melting Furnace - High temperature resistant refractory brick for Kilns,furnaces – ZheLu$
$factory Outlets for Fixed Melting Furnace - High temperature resistant refractory brick for Kilns,furnaces – ZheLu$
$factory Outlets for Fixed Melting Furnace - High temperature resistant refractory brick for Kilns,furnaces – ZheLu$

factory Outlets for Fixed Melting Furnace - High temperature resistant refractory brick for Kilns,furnaces – ZheLu

Send email to us

Product Detail

Product Tags

Feedback (2)

Our products are mainly used in the smelting process of the aluminum casting industry and the extrusion process of aluminum profiles. What Is Billet, Extrusion Discal, Hollow Extrusion, Extrusion process: The Billets are to be heated and cut to short before entering the extrusion press machine Extrusion ram push the short aluminum billet into container and through the extrusion die. Then aluminum profile comes out, and pulled by the puller tractor, conveyed on cooling table,heated by aging furnace. Finally through surface treatment such as powder coating or anodizing, the aluminum profile product is finished.

factory Outlets for Fixed Melting Furnace - High temperature resistant refractory brick for Kilns,furnaces – ZheLu Detail:

Product detail pictures:

Related Product Guide:

Our complete line solutions include: aluminum alloy ingot/Billet production line and aluminum extrusion production line. factory Outlets for Fixed Melting Furnace - High temperature resistant refractory brick for Kilns,furnaces – ZheLu , The product will supply to all over the world, such as: Belgium, French, Los Angeles, Under the action of pressure, the heated aluminum rod is divided into several metal flows, enters the welding chamber through the shunt hole, collects in the welding chamber, and is welded again in the environment of high temperature, high pressure and high vacuum, and finally flows out through the gap between the mold core and the die hole, so as to form a pipe or hollow aluminum profile that meets the size and performance requirements, as an aluminum door and window profile or industrial aluminum profile. If bending is required, a bending tool is added to the rear device.

911 Elm Street