Engine Auto Radiator Parts Aluminum Cores for heating radiator Tube
1. Core Height between header plates (Core only)
2. Core Width from fin to fin (not including side pieces)
3. Core Thickness
4. Header Width
6. Header Length: Number of bolt holes in each header
Our company have been founded for years. During the period, we are
focused on producing various types of heat exchanger, and have a
good selling in Europe, North America, Korea, Australia, Indonesia
and Southeast Asia. OEM is welcome,we can also design for you!
We do not believe in huge profit margin for long term business,
Compared to the commercial company, our price is lower than theirs.
Our technicians have rich professional working experience, can
design or produce what you want.
High work efficiency:
We could reply you within 24 hr in any case. Our delivery could
abide by your requirement strictly.
1. Payment by TT or Western Union
100% payment if the total amount is less than 3000 $.
30% deposit and 70% balance before shipment if the total amount is
more than 5000$.
100% by western union if the total amount is less than 1000 $.
2. Lead time: 3-15 working days , subject to the order quantity .
3. Shipment term : DHL, UPS or other express delivery, by air, by
1. General Vehicle.
How a Car Radiator Works
The primary role of a car radiator is to dispel any excess heat
that is generated by a car's engine as it burns fuel. A car
radiator is only one component of a larger engine cooling system,
and as engine coolant moves through the radiator, it goes through a
few simple processes.
There are three basic functions of your radiator: intake, cooling
and outlet. A car radiator is pivotal to the proper functioning of
a car's engine, which is why it is integral to follow proper
maintenance guidelines in order to keep the cooling system in good
A radiator is a type of heat exchanger. It is designed to transfer
heat from the hot coolant that flows through it to the air blown
through it by the fan.
Most modern cars use aluminum radiators. These radiators are made
by brazing thin aluminum fins to flattened aluminum tubes. The
coolant flows from the inlet to the outlet through many tubes
mounted in a parallel arrangement. The fins conduct the heat from
the tubes and transfer it to the air flowing through the radiator.