Parameters as below
Material: aluminum alloy
Function: Inverter casing
Size: Width 131mm Height 60mm Length: freely
Product name: aluminum enclosure for amplifier
Color choose: black, yellow, blue , red, silver etc.
|Place of Origin:||Guangdong, China (Mainland)||Brand Name:||Feleng|
|Model Number:||KS-0365/0366||Protection Level:||IP65-IP67|
|Type:||Extruded enclosure||External Size:||131x60|
|Dimensions:||W131*H60mm, the length is freely||Surface treatment:||Mill finish, anodizing, sandblasted, silk-screen printing etc.|
|Color:||Black, yellow, red, blue, silver||Application:||Inverter|
|Customization:||Acceptable||Product Name||Inverter enclosure|
|Packaging Details||Standard export carton||Delivery Time||Within 5-7 days|
This is the evaluation from our one of the customers
The aluminum enclosure for amplifier look wonderful, all adjustments made turned out perfect, the laser print is excellent quality, the enclosures are solid and neat. The design colors, it all looks just so perfect we must say we are truly grateful for this
Recently, wu feng's team at the Beijing institute of technology has made a breakthrough in the research of positive electrode materials for aluminum ion batteries. The AlxMnO2·nH2O compound was firstly synthesized by in situ electrochemical transformation reaction as the positive electrode material of aluminum ion battery, and the water-system aluminum ion battery Al/Al(OTF) 3-h2o ·nH2O was successfully constructed using Al(OTF) 3-h2o electrolyte.
The water system aluminum ion battery achieves a super-high three-electron reactive discharge capacity of 467mAh g-1, based on the material's energy density up to 481Wh kg-1. In addition, this kind of water system aluminum ion battery also has the high security, is easy to assemble and the low cost important superiority. The results of the study with "Electrochemically activated spinel manganese oxide for rechargeable aqueous aluminum '" entitled" Nature Communications "published in international journals (Nature Communications). The progress was made by a research team led by professor wu chuan and supported by researchers from the institute of physics of the Chinese academy of sciences and the argonne national laboratory.