Products
Contact Us
- Contact Person : Ms. Zhu Judy
- Company Name : Shanghai Xinyi Electrical Circuit Equipments Co., Ltd.
- Tel : 0086-021-67276895
- Fax : 0086-021-67276896
- Address : Shanghai,Jinshan Industrial Zone,No.828, Yuegong Road
- Country/Region : China
- Zip : 201506
Products List
Aluminium Alloy Stranded Wire (AAAC)
Aluminium Alloy Stranded Wire (AAAC)
Conform to IEC,BS,ASTM etc.
ISO9001 & ISO14001
Prompt delivery, direct factory price
Aluminium Alloy Stranded Wire (AAAC) The features of aluminum alloy power cable 1. Power consumption in transit depends on the conductor...
AAAC Cable
1.AAAC Cable (Aluminum Alloy Cable)
DIN 48201
2.ISO 9001,ISO14001 pass
3.Professional manufacturer
4.Best quality
AAAC Cable(Aluminum Alloy MC Cable) DIN...
AAAC All aluminum alloy conductor
AAAC All aluminum alloy conductor
ISO,IEC,ASTM,BS Standard
Rich production experience
Superior quality reasonable price
AAAC All aluminum alloy conductor Quick details:Application :Overhead for various voltage Bare conductor Nominal cross section:10-800mm2ISO...
AAAC Bare Conductor BS EN50182
AAAC Bare Conductor BS EN50182
ISO9001 & ISO14001
Prompt delivery, direct factory price
FREE SAMPLES
AAAC Bare Conductor BS EN501821. The features of aluminum alloy power cable 1.1. Power consumption in transit depends on the conductor resistance instead of the...
Bare Overhead IEC/BS AAAC Conductor
Overhead IEC/BS AAAC Cable
ISO,IEC,ASTM,BS Standard
Rich production experience
Superior quality reasonable price
Overhead IEC/BS AAAC CablesQuick...
BS AAAC(all aluminum alloy) Cable
Overhead BS AAAC bare cable/conductor
ISO,IEC,ASTM,BS Standard
Rich production experience
Superior quality
BS AAAC(all aluminum alloy) CableQuick details:Application :Overhead for various voltage Bare conductor Nominal cross section:10-800mm2ISO Certificate...
AAAC Cable (Aluminum Alloy MC Cable)
AAAC Cable
Conform to IEC,BS,ASTM etc.
ISO9001 & ISO14001
Prompt delivery, direct factory price
AAAC Cable (Aluminum Alloy MC Cable)1. The features of aluminum alloy power cable 1.1. Power consumption in transit depends on the conductor resistance instead of the...