2 pin 344081-1 Fan Electronic Harness Plug Harness Connector 6.3 Series

Essence
The recycling process of power lithium batteries includes preparatory processing such as discharge, disassembly, crushing, and sorting, and then separate and dismantled plastic, iron shells and electrode materials. After the extraction, or directly high temperature incineration, disassembling fragments to recycling metal, and further use of wet recycling incineration residues. Depending on the principle of process, recycling can be divided into two major categories: physical recovery and chemical recovery. Among them, chemical recovery can be divided into high temperature metallurgical method and wet metallurgical method.
High -temperature metallurgical method is relatively simple, suitable for large -scale waste lithium batteries. The high -temperature metallurgical method uses high -temperature roasting with a simple and abandoned lithium ion battery with simple mechanical crushing. The carbon and organic matter in the fragments will be removed by high temperature burning. The reduction gas produced during combustion plays a certain protective role in metal elements. The fine powder of metal and metal oxides.
The battery material itself can provide a large amount of energy consumption required for incineration, which can minimize the residual volume. However, some components in the battery electrolyte and electrical electrode can easily cause air pollution when burning. The crushed lithium -ion batteries are baked in high temperature furnaces, and carbon and organic matter will be burned by high temperature to remove gas. The waste battery recycling process can refer to the processing method of European UMICORE. The process process of the recycling lithium battery recycling of European Umicore's ultra-high temperature melting furnace.

European Umicore's ultra-high temperature melting furnace recovery lithium battery process process
High -temperature metallurgical method is conducive to handling a large amount of waste lithium batteries. First, the waste lithium -ion battery is broken, and then heat treatment is performed, the combustible material is turned into gas, leaving LICOO2.
The wet metallurgical method is to break the abandoned battery and use the appropriateization

6.4 The assembly design of the car electrical plug mold mold
Compared with the latent pouring of the side with the latent pouring, the coagulation of the incubation -type pouring system will automatically fall off, and the side -pouring port needs to be artificially cut with a knife. The scar is large. structure.

(1) The assembly drawing design of the automotive electrical plug mold
The assembly map design of the car electrical plug mold.
(2) Precautions in the design of the assembly diagram
① After the mold is opened, the fixed template 19 and the left side of the oblique slider 12 and the right side of the oblique slider 23 should be greater than the height of the pouring system plus the height of the plastic part. 12 and the right side of the oblique slider 23 move to both sides. The movement distance H2 must ensure that the plastic parts can remove the slider cavity. The positioning device of the oblique slider. The steel balls 9 of the oblique slider positioning device must enter the side of the sideline slider to ensure that when the mold is mocked, the oblique guide column 17 accurately enters the side oblique slide block diagonal hole

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