鋁合金材質在手板模（mó）型行業的廣泛應用（yòng）

鋁（lǚ）質輕，具有很強的可（kě）塑（sù）性和（hé）可回收性，但其柔軟性使其成為機械應用的不良選（xuǎn）擇。

但是，如果鋁與其他元素混合，包括鎂，矽，銅（tóng）和鋅，在熱處理下，它將形（xíng）成向日葵视频免费下载黄通常所說的鋁（lǚ）合金。

鋁合金（jīn）具有（yǒu）良好的強度。對於超硬合金，它可以達到600Mpa，對於常見的硬質合（hé）金，200-450Mpa。因此，它已廣泛用於機械製（zhì）造業（yè）。

鋁製外殼的分類：

1，塑料外（wài）殼充電器外殼

模塑殼體由塑料材料通過注塑機模具製造，並具有充電器殼體，適配器殼體，電源殼體，開關電源殼體，工業電源殼體，逆變器殼體， LED電源盒，鋁型（xíng）材外殼，並通過。金屬外殼的質量在材料加工方麵（miàn）明（míng）顯不同。這些硬件（jiàn）外（wài）殼種類繁（fán）多，使用廣泛，前景廣闊。

2，防水電（diàn）源外殼

主要目的是通過用（yòng）於注塑機的模具由塑料材（cái）料生產成型鋁殼。它具（jù）有高度防水功（gōng）能（néng），質地堅韌，不易滲漏，更能滿足客戶的需（xū）求。

3，充電器鋁殼

用於牆壁插（chā）座的充電（diàn）器外殼，接口為線卡型，並用大螺釘焊接。銷材料可以是銅或鐵。它可以是光孔或光孔，製備起來非（fēi）常方便。實際上，帶燈（dēng）孔的充（chōng）電器外殼會更好，因為用戶可以根據燈孔的變色來判斷。

充電（diàn）情況將信息帶給用戶，這可以（yǐ）防（fáng）止（zhǐ）過度的電力消耗，電池的損壞以（yǐ）及用戶的安全性。

4，轉接鋁殼

Uniform在降低（dī）消費者成本，節約社會資源和減少電子（zǐ）垃圾（jī）方麵發揮了（le）明顯的作用。但是，該標準在實施過程中也存在一些問題。例如，某些適配器外殼不支持USB充電。強製執行該標準將導致諸如電壓調節器損壞和充電期間連接速（sù）率降低的問題。

5，動力鋁殼

一般來說，它是由塑料橡膠製成的外殼，可起到絕緣作用（yòng）。同時，外殼的質量（liàng）也與消費者的（de）安全有關。優質的外殼可以起到良好的隔熱和防水作用，質（zhì）量差。外（wài）殼不僅會影響機器的正常使用，還會影響消費者的安全。那麽哪種電源外殼會更安全？答案必須是由高質量（liàng）和（hé）有保證的材料製成（chéng）的外（wài）殼。

Aluminum is light and has strong plasticity and recyclability, but its softness making it a poor choice for mechanical applications.

However, if aluminum is mixed with other elements, including magnesium, silicon, copper, and zinc, under heat treatment, it will form what we often call aluminum alloy.

Aluminum alloy has good strength. For super hard alloy, it can reach 600Mpa, and for common hard sort, 200-450Mpa. Therefore, it has been widely used in the machinery manufacturing industry.

Classification of aluminum casings:

1, plastic shell charger shell

The molded case is produced by a plastic material through a mold for an injection molding machine, and has a charger case, an adapter case, a power supply case, a switching power supply case, an industrial power supply case, an inverter case, an LED power supply case, an aluminum profile case, and is passed over. The quality of the metal casing is obviously different in the processing of the material. These hardware casings are diverse in variety, widely used and have broad prospects.

2, waterproof power supply shell

The main purpose is to produce a shaped aluminum shell from a plastic material through a mold for an injection molding machine. It has a high degree of waterproof function, tough texture, not easy to seep, and can better meet the needs of customers.

3, charger aluminum shell

A charger housing for sockets for walls, the interface is line card type, and is soldered with large screws. The pin material can be either copper or iron. It can be either a light hole or a light hole, and it is very convenient to prepare. In fact, the charger case with the lamp hole will be better, because the user can judge according to the discoloration of the lamp hole.

The charging situation brings information to the user, which can prevent excessive power consumption, damage to the battery, and security of the user.

4, adapter aluminum shell

Uniform has played a visible role in reducing consumer costs, saving social resources, and reducing e-waste. However, the standard also has some problems in the implementation process. For example, some adapter housings do not support USB charging. Forcing the implementation of this standard will cause problems such as damage to the voltage regulator and a decrease in the connection rate during charging.

5, power aluminum shell

Generally, it is an outer shell made of plastic rubber, which can play the role of insulation. At the same time, the quality of the outer shell is also related to the safety of consumers. The good quality shell can play a good role in insulation and waterproofing, and the quality is poor. The outer casing will not only affect the normal use of the machine but also the safety of consumers. So which kind of power supply casing will be safer? The answer must be the shell made of high quality and guaranteed material.

Hot Tags: aluminum alloy parts processing, China, manufacturers, suppliers, factory, customized, price
Previous: Copper Parts Processing/Copper CNC Machining