Heat-conductive Brass Strip For Radiator
Heat-conductive brass strip for radiator C2600 brass strip, a high precision brass strip, has high performance of conductivity, welding, processing and forming. It is suitable for seam tubulation and high frequency welding tubulation. It is a superior material to make high quality radiator tube,...
Heat-conductive brass strip for radiator
C2600 brass strip, a high precision brass strip, has high performance of conductivity, welding, processing and forming. It is suitable for seam tubulation and high frequency welding tubulation. It is a superior material to make high quality radiator tube, with good corrosion-resistance performance in moist and high-temperature environment.
Chemical Composition
| JIS |
EN |
GB |
Chemical Composition(w)% |
|||
|
C2600 |
CuZn30 |
H70 |
Cu |
Fe |
Pb |
Zn |
|
68.0～71.5 |
----- |
------ |
balance. |
|||
Physical Properties
| Density g/cm3 |
8.55 |
|
Electrical conductivity (20℃) %IACS |
28 |
|
Thermal conductivity (20℃) W/(m·℃) |
184 |
|
Coefficient of thermal expansion (20-300℃) 10-6/℃ |
18.2 |
|
Specific heat capacity (20℃) J/(g·℃) |
0.376 |
|
Modulus of elasticity GPa (KN/mm2) |
124 |
Mechanical Properties
| Temper |
Tensile strength |
Elongation |
Hardness |
||
|
GB |
ASTM |
JIS |
|||
|
H01(1/4 Hard) |
H01 |
1/4H |
285～365 |
≥10 |
90～125 |
|
H02(1/2 Hard) |
H02 |
1/2H |
345～435 |
≥5 |
110～145 |
|
H04(Hard) |
H04 |
H |
415～515 |
-- |
130～165 |
|
Notes: The technical data in this table is recommended. If customers have special requirements,perform according to the customer requirements. *only for information. |
|||||
Thickness and Width Tolerances
Thickness |
Thickness Tolerance |
Width |
Width Tolerance |
|
0.10～0.20 |
±0.005 |
20～100 |
±0.08 |
|
Notes：After consultation, products with higher precision requirements can be provided. |
|||
Other Data
| Camber mm/m |
1.0 max. |
|
Coil ID.(for nominal sizes) mm |
Ф76 / Ф100 / Ф120 /Ф150 /Ф300 |
|
Coil OD. mm |
Ф1150 max. |
|
Coil mass per width Kg/mm |
8.0 max. |
|
Packing |
wooden case |
When it comes to designing a radiator, one of the key factors that play an important role in its efficiency is the heat-conductive brass strip. Brass is a highly popular material that is widely used in radiator manufacturing due to its exceptional heat conductivity and durability. In this article, we will explore the benefits of heat-conductive brass strips and their contribution to radiator efficiency.
One of the main advantages of using brass in radiators is its ability to efficiently conduct heat. Heat-conductive brass strips help in the efficient transfer of heat from the water inside the radiator to the surrounding environment. This results in an efficient heat transfer mechanism, which not only keeps the radiator cool but also helps maintain a constant temperature in the room.
Another significant advantage of using brass is its durability. Brass is a highly durable material that can withstand high levels of pressure, making it an excellent choice for radiator assembly. A durable brass strip ensures that a radiator will last for a long time without requiring frequent maintenance.
Apart from these benefits, brass is also highly resistant to corrosion and oxidation. This means that a radiator made with brass strips is unlikely to rust or deteriorate over time, ensuring a long-lasting, high-performing radiator.
To sum it up, heat-conductive brass strips are an essential component of a radiator, contributing significantly to its efficiency, durability, and longevity. By using quality brass strips, radiator manufacturers can ensure that their products are of the highest quality and provide excellent value to their customers.
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