Application： ACCC Aluminum conductor composite core (Aluminum conductor carbon fiber composite core reinforced) is the newest type stranded conductor, usually used in the overhead power transmission lines，it has double capacity of ACSR at the same conditions.
Construction: ACCC is a concentrically stranded conductor composed of one or more layers of hard-drawn 1350H19 aluminum wire stranded with a high strength carbon and glass fiber core. The core maybe single wire or stranded depending on the size.
Ease of Installation: ACCC conductor installations use conventional installation methods, tools, and mostly conventional hardware; no expensive special tools are required and limited additional training is needed.
Reduce line losses and greenhouse gas emissions: 1.The conductor is less than 2% of the operating cost of a line over 40 years, Your greatest single cost is the fuel you waste in line losses.
Statistics: Companies: 641,900+, Trade Leads: 160,500+, Products: 104,300+, Contacts / Replies: 8,279,100+ There are currently 11115 users online browsing our B2B network. 8:22 GMT, Sunday, May 12, 2024 Privacy Policy Important Notice! TradeHolding.com B2B Network does not provide an escrow service! Any member who asks you to pay for their products by Western Union to an agent of "TradeHolding.com B2B Network" is fraud and should be immediately reported to us. Do not pay anything to any member who states your money will be added to TradeHolding.com safety deposit account!
All Trade Leads / Offers / Products / Company Profiles / Images and other user-posted contents are posted by the user and TradeBoss.com and TradeHolding.com B2B Network shall not be held liable for any such content. However, TradeHolding.com B2B Network respects the intellectual property, copyright, trademark, trade secret or any other personal or proprietary third party rights and expects the same from others. For concerns, please contact us.
Trade Leads Directory -> All Trade Leads -> Consumer Electronics -> Others -> ACCC-Al Conductor Composite Core
