6063 Aluminum Profile

6063 aluminum profile cutting slotting products are a little lighter in quality,
and the heat dissipation effect is strengthened.
The oxidized heat sink has no change in quality,
but it has a huge change in service life. In terms of service life,
it is 4-6 times longer than the life of the same product without oxidation.
This also adds a safety guarantee to the cooling system of electrical appliances.

Comparison of effects under the same heat dissipation conditions:

Quality

light

oxidation

Long service life

non-oxidizing

Short service life

notching

Good heat dissipation effect

unslotted

Poor heat dissipation

High blade density
Good heat dissipation effect (plus the fan is better)

Low blade density

Poor heat dissipation effect (fan is good)

Blade height

Good heat dissipation effect (plus the fan is better)

Low blade height

Good heat dissipation effect (plus fan)

Underside thickness is thick

Heat absorption is larger, heat dissipation is not necessarily. It's a little better.

Underside thickness is thin

Less heat absorption, not necessarily heat dissipation. Relatively less.

The life of electrical appliances lies in the quality of the organization,
the heat dissipation system is an important part that can not be ignored,
and the temperature of electrical appliances can directly determine the life of electrical appliances.
Every electrical appliance will give off heat during use. If you use it for a long time,
the temperature will rise. If the heat dissipation is not timely,

it is easy to burn electrical parts.
At this time, a good heat dissipation system is needed
to help reduce the temperature of the electrical appliances due to long-term use to cool down,
so that the temperature is controlled in a safe range.
This can more effectively protect the electrical appliances from being burned by the temperature rise during use.
At the same time, it also brings security to family life.
Our company is a professional research and development and sales of good cooling system company.
Let's work together to create a good and safe use environment.

oxidation

Screen printing

polishing

punching

tapping

Have an injection

gouge

stamping

Stamping kick

Design considerations for the heat sink

1: The larger the surface area, the better the heat dissipation effect.

2: If the heat sink is placed to facilitate air circulation, the heat dissipation effect can be improved.

3: Copper. Aluminum has high thermal conductivity and is the first choice for heat-dissipation materials.

4: Increasing the thickness of the heat sink is more effective than increasing the length (our experience).

5: Surface anodizing treatment, can resist oxidation corrosion, improve radiation capacity, stable heat dissipation effect.

6: Economic practicability of processing.

The life of electrical appliances lies in the quality of the organization,
the heat dissipation system is an important part that can not be ignored,
and the temperature of electrical appliances can directly determine the life of electrical appliances.
Every electrical appliance will give off heat during use.
If you use it for a long time, the temperature will rise.
If the heat dissipation is not timely, it is easy to burn electrical parts. At this time,
a good heat dissipation system is needed to help reduce the temperature of the electrical appliances
due to long-term use to cool down so that the temperature is controlled in a safe range.
This can more effectively protect the electrical appliances from being burned by the temperature rise during use. At the same time, it also brings security to family life. Our company is a professional research and development and sales of good cooling system company. Let's work together to create a good and safe use environment.

6063 aluminum profile cutting slotting products are a little lighter in quality, and the heat dissipation effect is strengthened. The oxidized heat sink has no change in quality, but it has a huge change in service life. In terms of service life, it is 4-6 times longer than the life of the same product without oxidation. This also adds a safety guarantee to the cooling system of electrical appliances.

Comparison of effects under the same heat dissipation conditions:

Quality

light

oxidation

Long service life

non-oxidizing

Short service life

notching

Good heat dissipation effect

unslotted

Poor heat dissipation

High blade density

Good heat dissipation effect (plus the fan is better)

Low blade density

Poor heat dissipation effect (fan is good)

Blade height

Good heat dissipation effect (plus the fan is better)

Low blade height

Good heat dissipation effect (plus fan)

Underside thickness is thick

Heat absorption is larger, heat dissipation is not necessarily. It's a little better.

Underside thickness is thin

Less heat absorption, not necessarily heat dissipation. Relatively less.

The life of electrical appliances lies in the quality of the organization,
the heat dissipation system is an important part that can not be ignored,
and the temperature of electrical appliances can directly determine the life of electrical appliances.

Every electrical appliance will give off heat during use. If you use it for a long time, the temperature will rise.
If the heat dissipation is not timely, it is easy to burn electrical parts. At this time,
a good heat dissipation system is needed to help reduce
the temperature of the electrical appliances due to long-term use to cool down,
so that the temperature is controlled in a safe range.
This can more effectively protect the electrical appliances from being burned by the temperature rise during use. At the same time, it also brings security to family life. Our company is a professional research and development and sales of good cooling system company. Let's work together to create a good and safe use environment.

oxidation

Screen printing

polishing

punching

tapping

Have an injection

gouge

stamping

Stamping kick

Design considerations for heat sink

1: The larger the surface area, the better the heat dissipation effect.

2: If the heat sink is placed to facilitate air circulation, the heat dissipation effect can be improved.

3: Copper. Aluminum has high thermal conductivity and is the first choice for heat-dissipation materials.

4: Increasing the thickness of the heat sink is more effective than increasing the length (our experience).

5: Surface anodizing treatment, can resist oxidation corrosion, improve radiation capacity, stable heat dissipation effect.

6: Economic practicability of processing.