Pet pi conductive cloth electroplating aluminum strip electroplating precious metal electroplating copper foil gold plating application industry

    Aluminum strip electroplatingPrecious metal electroplated copper foil, gold plated copper foil, conductive fabric (100 µ m) XJY-008 P

Product characteristics

Characteristic features	Standard value	Testing standards
Color Color	Gray Gray	/
Thickness (mm)	0.10±0.03	ASTM D3652
Weaving density (T)	230±10	ASTM D3775
Width (mm)	1070/1100
Base weight (g/㎡)	95	ASTM F390
Surface resistance (Ω)	≤ 0.05	ASTM F390
Z - Vertical resistance (Ω)	≤ 0.03
Shielding effectiveness @ 10MHz~3GHz (dB)	≥70	SJ20524-1995
Metal layer adhesion (grade)	Four above	AATCC TM8-2001

Product Application

Professional shielding work clothes that can be used for high radiation work in electronics, electromagnetic fields, etc; Shielding room shielding cloth; IT industry shielding fabric, etc This product can be used as a semi-finished product for coating conductive pressure-sensitive adhesive or bonding hot melt adhesive to cover polyurethane foam, and is used for internal structural components of electronic products such as mobile phones, tablets, laptops, etc., for example; FPC、PCB、 Electromagnetic wave shielding and electrostatic discharge of modules such as speakers, loudspeakers, antennas, cameras, etc.  .  This product can be used as semi-finished product for coating conductive pressure sensitive adhesives or bonding hot melt adhesives to coat polyurethane foam cotton, for internal structural parts of electronic products such as mobile phones, tablet computers, notebook computers, such as FPC, PCB, speakers, loudspeakers, speakers, etc. Electromagnetic shielding and static discharge of antenna, camera and other  modules.

Term of use and storage conditions

Aluminum electroplating

Aluminum has good conductivity and light weight, and forms a dense and stable oxide film in air, so its high corrosion resistance has also attracted attention and has begun to be used as a conductive material in the fields of electronics and energy.

However, when treating its surface, the oxide film will reduce its processability. For example, when it is used as a conductive material, the oxide film will increase the contact resistance, generate a large amount of heat at the joint, and increase electrical losses.

Aluminum has long been considered a 'difficult to electroplate material', with unstable electroplating and poor adhesion. At present, our company has developed stable and reliable processes to solve problems in surface treatment and processing.