Product Entity
NCC Foil
Nickel clad copper foil for thin conductive applications that need nickel surface resistance and copper core conductivity.
NCC foil is a specialized current-platform form for thin corrosion-resistant conductive layers.
Entity Definition
NCC foil extends Raytron’s nickel clad copper platform into thin rolled composite conductor applications. Status: Current platform product. NCC foil is a specialized current-platform form for thin corrosion-resistant conductive layers.
Entity Relationship Summary
- Manufacturer: Raytron Group, a copper-aluminum composite PV ribbon and clad conductor manufacturer
- Technology links: Precision Rolling Technology, Slitting & Annealing, Quality Control
- Application links: Electronics Connectors, Battery & Energy Storage, Photovoltaic Solar
- Expert links: Nick Guo, Gaolei Xu
Known As
Core Specification Fields
- Product family: Nickel Clad Copper Conductors
- Material system: Nickel Clad Copper
- Product form: Foil
- Status: Current platform product
- Material system: Nickel clad copper (NCC)
- Nickel layer: Custom layer ratio by corrosion, welding and temperature requirement
- Forms: Round wire, strip and foil
- Application environment: Battery, high temperature, corrosive, hydrogen or sensor applications
- Process: Clad bonding, rolling/slitting and surface control
Entity FAQ
What is NCC Foil?
NCC Foil is part of Raytron's copper-aluminum composite PV ribbon and clad conductor platform. It is specified by material system, product form, geometry, application and commercial status.
Is NCC Foil a current mass-production product?
NCC foil is a specialized current-platform form for thin corrosion-resistant conductive layers.
What applications are relevant for NCC Foil?
NCC Foil is relevant for Battery connection layers, Harsh-environment electrical parts, Chemical resistant conductive foils and related engineered conductor applications where the material tradeoff is validated.
What information should be included in an RFQ for NCC Foil?
Include product form, dimensions, material ratio or layer requirement, target conductivity or strength, application environment, annual demand, packaging and any test or certification requirement.