"electrolytic copper foil"

C10300 Tin Plated Copper Foil Applications submarine fibre optic cable, Longitudinally welded cables, Radio Frequency(RF)Cables, Copper tape screen for XLPE cable, Components for the electrical industry, Heat Sinks Description Of Copper & Tin plating Copper (Cu) is used to coat zinc, aluminium, and magnesium, as first coating before further plating. It is used to improve the solderability of the named materials, decrease their electrical resistance, harden them against

Electrolytic Graphene Thickness 12 Micron Thin Copper Foil Features: 1. Stable properties suitable for high capacity rechargeable battery . 2. Eco-friendly products and processes. Type Double matt side Lithium Battery Copper Foil Thickness Range 10um,0.012mm,12micron Width Range of roll 5-1380 mm Length of Roll 500m~5000m roll weight 100kgs~350kgs side double matt side Performance The symmetrical structure of both sides The metal density nearing the copper theoretical density

High Peel Strength Width 520mm C11000 Insulated Copper Foil Quickly details Thickness: 0.012-0.070 mm Width: 5-520 mm Length: 500-5000 M ID: 76 mm,152 mm Alloy: T2,C11000,C1100,C101,E-Cu58 Temper: H Features: 1. the treated foil in gray or red 2. High peel strength 3. Good etch ability 4. Excellent adhesion to etching resist Application: 1. Phenolic resin board 2. Epoxy board Compare between CA copper foil and ED copper foil 1. Process: rolled copper foil (Rolling process),ED

High Purity Double Sided Lithium Battery Copper Foil Copper foil for lithium ion battery The nominal thickness 8-20 μm for single-sided and double-sided wool as well as dedicated electrolyzed copper foil double-sided light lithium battery,the scope of product breadth is 100-1300mm,of which double-sided optical electrolyzed copper foil features that double-sided structure is symmetriacl, density of metal is close to copper theoretic density,surface profile degree is extremely

20um ED Copper Foil Descrption: ED Copper Foil products producing process is different form the Roll Copper Foils, and it is Electrochemical Theory in the special equipment. The main process technologies are the electrolytic raw copper foil manufacturing and the surface treatment. Producing Process: High-Purity Copper - Dissolution Device - Foil Manufacturing Equipment - Surface Treating Machine - Copper Foils after Surface Treatment - Sheet Cutting Machine ( or Splitting

Width 520mm High Purity Red ED Copper Foil Features: 1. the treated foil in gray or red 2. High profile with properties suitable for FCCL 3. Grain structure of copper foil leads to high flexibility 4. Excellent etching performance 5. low profile enables to make fine circuit pattern Application: 1. Casting and lamination type FCCL 2. Super fine pattern FPC 3. Chip on flex (COF) for LED Typical properties of LP-S-B/R ED electrolytic copper foil(for FPC or inner layer of HDI)

C11000 PCB Copper Foil GB/TDINENASTMTU2E Cu58Cu ETPC11000 Material introduction:C11000(Cu ETP) Cu ETP is an electrolytically refined oxygen-containing copper. It has good electrical conductivity but compared with other high conductivity copper due to the high residua oxygen content of the alloy it is not suitable for processing (annealing welding etc.) and use in high temperature ( temperature greater than 370 ° C ) reducing gas. Because it is prone to hydrogen embrittlement

0.42mm Thickness Shielding ED Pure Copper Sheet Roll Product Description The copper foil is widely used in healthcare area especially the construction of the MRI/RF Room and Faraday Cage because of good EMI/RF shielding performance. We can provide different size and thickness copper foil with roll or sheet shape. 3ounce, 4 ounce, 5ounce copper foil are usually be used to cover the wall and ceiling,12oz is hot sale to cover the floor. Plus,we are able to support customized

Electrolytic 25um Thickness Red Copper Sheet Metal Roll Product Description This copper foil with 25 um thickness is the best candidate as substrate for growing Graphene. Copper strip is made of electrolytic copper and it goes through the processes of ingot, hot rolling, cold rolling, heat treatment, surface cleaning, cutting, finishing, and then packing. The material has excellent thermal and electrical conduction, flexible ductility and good corrosion resistance performance