Brief: Join a quick walkthrough that focuses on what matters to users and operators. This video demonstrates the 8011-H18/O high-conductivity aluminum foil for transformer winding, showcasing its ultra-bright annealed surface, custom width capabilities, and how it replaces copper in MV & HV windings. See how this foil enables faster winding speeds, reduces transformer weight, and cuts costs while meeting international standards.
Related Product Features:
Features 99.99% purity aluminum with electrical conductivity ≥ 61.5% IACS for minimal energy loss.
Available in thickness from 0.01mm to 2.5mm and custom widths from 800mm to 2600mm.
Bright annealed surface with edge-rounding treatment ensures zero micro-cracks and perfect insulation.
Reduces transformer weight by 45% compared to traditional copper windings.
Enables 50% faster continuous foil-winding speeds up to 800 m/min.
Complies with IEC 60296, ASTM B736, GB/T 3190, and RoHS/REACH standards.
Offers 30% lower total cost through material and labor savings.
Available with various coating options including PVDF and PE paint coatings.
Ερωτήσεις:
What are the key advantages of using 8011 aluminum foil over copper for transformer windings?
The 8011 aluminum foil offers 99.99% purity with only 3% conductivity loss compared to copper, reduces transformer weight by 45%, enables 50% faster winding speeds, and provides 30% lower total cost through material and labor savings.
What international standards does this aluminum foil comply with?
This aluminum foil meets IEC 60296, ASTM B736, GB/T 3190, and RoHS/REACH standards, ensuring global compatibility and environmental compliance.
What thickness and width options are available for this transformer winding foil?
The foil is available in thicknesses from 0.01mm to 2.5mm and custom widths from 800mm to 2600mm, with the standard transformer winding specification being 0.03mm thickness and 300-1500mm width.
How does the surface treatment of this foil benefit transformer performance?
The bright annealed surface with edge-rounding treatment ensures zero micro-cracks and perfect layer-to-layer insulation, preventing insulation breakdown and ensuring reliable transformer operation.