"electrolytic copper foil"

0.006mm Shielding CCL / PCB Electrolytic Copper Foil Description: Electrolytic copper foil is an important material for the manufacture of copper clad laminates (CCL) and printed circuit boards (PCBs) and lithium ion batteries. In the rapid development of today's electronic information industry, electrolytic copper foil is called the "neural network" of electronic product signal and power transmission and communication. Since 2002, the production value of China's printed

8um 10um 12um Lithium Battery Pure Electrolytic Copper Foil Item T-Cu-08 T-Cu-10 T-Cu-12 width (mm) customized Thickness (um) 8 10 12 areal density (g/m2) 85-90 95-100 105-110 Purity(%) More than 99.9% Cu 99.9% Fe < 0.0010% Bi < 0.00020% Pb < 0.0005% Roller core inner diameter 76mm Width 200mm Tensile strength (MPa) 294 300 305 Normal elongation(%) 2.5 2.7 3.0 High temperature Tensile strength180(MPa) 147 150 153 High temperature elongation180(%) 2 2 2.5 Anti

1300mm Width Double Conductive Electrolytic Copper Foil Features Improve the consistency of battery usage group and reduce battery cost significantly. Improve the adhesion of active material and the collector, and reduce the electrode manufacturing cost. Reduce the polarization, increase the rate and capacity, improve the battery performance. Protection of fluid collection, extend battery life. Possess Japan Fuji coating machine, slitting machine and automatic computer

0.5mm Electrolytic Copper Foil Product Description Chemical Composition (%) Cu 99.9 min O2 0.02-0.0045 Physical Properties Density g/cm3 8.94 Coefficient of thermal expansion 10-6 / 20/-100/ 17.7 Electrical conductivity IACS%(20) 99 Thermal Conductility W/(m*k) 390 Modulus of elasticity (KN/mm2) 118 Temper Tensile strength (RM, Mpa) Yield Strength (Rp0.2 Mpa) Elongation A50 Vickers Hardness (HV) 0 195 min - 35 min 60 max 1/4 H 215-255 - 25 min 60-80 1/2 H 255-315 - 15

Rolled Electrolytic Copper Foil Product Description 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. It has been widely used in electrical, automotive, communications, hardware, decoration and other industries.

High Conductivity 6oz ED Electrolytic Copper Foil Product Description elongation(%): 5-20 tensile strength(MPa): 25 material: pure copper width: 1320mm shape: coil thickness: 2-6oz whether or not alloy: non-alloy Product name: ED copper foil Copper foil thickness: 0.006mm - 0.42mm Copper type: ED Copper Foil for Li-ion Battery, MRI Room Copper content: 99.9% Certification: ISO 9001:2008, IPC-4562, RoHS MOQ: One roll, about 200kg Cut roll width: Customized Coil length and

FCCL ED 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 Temperature: High Features: 1. the treated foil in gray or red 2. High profile with properties of LP-S-B/R 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

C1100 C1020 Thin Insulated Copper Foil Rolls Quick Detail: Model No. LLF-750 LLF-1100 LLF-1300 LLF-1600 Foil Grade O, H14 O, H14 O, H14 O, H14 Foil Thickness 0.006-0.02mm 0.006-0.02mm 0.006-0.02mm 0.006-0.02mm Foil Width 650mm 1000mm 1250mm 1500mm Foil O.D 650mm 650mm 650mm 650mm Slitting Width 10mm 10mm 10mm 10mm Slitting Speed 0-250m/min 0-250m/min 0-250m/min 0-250m/min Total Power 13kw/380V 18.5kw/380V 18.5kw/380V 26kw/380V Core I.D 3", 6" 3", 6" 3", 6&quot

99.9% Purity Red Rolled Electrodeposited Copper Foil Description: Electrolytic copper foil is a foil-based form of copper with a thickness generally less than 80micron. A rolled foil is made by annealing and rolling the electrolytic copper uninterruptedly.The production process involves electrodepositing copper to a rolling drum and then again rolling it up. For the process of electrodeposition, high-grade copper is dissolved in acid to form a copper electrolyte. This copper