DTL series of copper-aluminum wiring terminals are suitable connection of the circular aluminum wires, hemicycle-sector aluminum wires, power supply cables in the distribution equipment and copper terminals of the electrical equipment. The material of aluminum and copper is that of L3and T2 respectively. The technology of friction welding is wonderfully adopted. Therefore they have disinguishing features of strong weld intensity, good nature in electrification, resistant galvanic corrosion and long service life.
1.Material :Copper-Aluminum
2.Certificate: CE
3.Product Property
(1).Wide application range: every type of conductor and material.
(2). Compact design: require little installation space.
(3). Flexible design: variously shaped ends to adapt to all kinds of connecting conditions
(4). Excellent quality: made of premium copper and material for longer lifespan,better performance, good electrical conductance, and electrochemical corrosion resistance.
Service
Choose our products! You'll get
1) Good quality guarantee (2 years)
2) Factory direct prices
3) On time delivery
4) Free sample
5) Professional technology support
Strict quality controls have been taken to ensure that you'll get reliable products.
a. Material checks before production .
b. Random inspection during production .
c. Inspection before the shipment.
Our products fully comply with well recognized standards such as IEC, BS, ANSI.
FAQ:
1. Q: Do you have a catalog? Can you send me the catalog to have a check of all your products?
A: Yes, We have product catalog. Please contact us, we'll send our catalog by E-mail.
2 Q: I can't find the product on your catalog, can you make this product for me?
A: Our catalog shows most of our products but not all. If you couldn't find it, let us know the specification of your requirements, it usually takes 20-30 days for us to design and make new moulds which match your requirements.
3 Q: What's your payment term?
A: The price FOB Ningbo under payment term is 50% T/T in advance and the balance before shipment.
){kind=link}