Aluminum Extrusion Heat Profiles Sink
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Aluminum Extrusion Heat Profiles Sink

Aluminum Extrusion Heat Profiles Sink

The Aluminum Extrusion Heat Profiles Sink is a heat dissipation profile made of 6063-T5 aluminum alloy through extrusion

Introduction

 

The Aluminum Extrusion Heat Profiles Sink is a heat dissipation profile made of 6063-T5 aluminum alloy through extrusion, specifically designed for heat conduction and dissipation in electronic devices, power modules, and industrial equipment.

 

Specification

 

Place of Origin

Shandong, China

Temper

T5

Application

Aluminum Wall Panel

Alloy Or Not

Is Alloy

Model Number

 

Brand Name

GAOTONG

Tolerance

±1%

Processing Service

Cutting

Delivery Time

Can be discussed

Product name

Aluminum Profiles

Color

Customized Color

Material

Aluminum Alloy 6063

Process

Extruction

Surface treatment

Sandblast, Anodizing, Electrophoresis, Powder Coating, etc

Key words

Aluminum Extrusions 6063 T5

Minimum quantity

2 tons

Shape

square

 

 

Application

Aluminum Wall Panel

Alloy

6063-T5

Surface

Sandblast, Anodized, electrophoresis, Powder coating, wood-grained

Colour

Silver, champagne, bronze, gold, black, wood grain, sandblasted, anodized or customized

Thickness

Customized available

Length

Customized available

Profile shape

1. In accordance with customer's drawing or sample
2. Design service is available.

Characteristic

1. Excellent waterproof, heat resistant
2. Sound insulation, wind resistance, air tightness
3. Anti-corrosion and anti-friction performance

Packing

1. PE film Packed each profile then kraft paper wrapped.
2. Self adhesive film packed then shrinkage film wrapped in bundle.
3. As customers' demand

Moulding

1. You can use our free mould
2. We open new mould as your drawing, it is free until your quantity reach 5 tons
3. Others can be discussed

Aluminium product

Aluminum profile of windows & doors frame, aluminum thermal break profile,curtain wall, aluminium industry profile, aluminum round tube, aluminum square tube, U profile, T profile, etc

 

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Customizable Options

 

Cross-sectional Structure: Single-layer fins, double-layer fins, slotted or custom-designed heat dissipation channels.

 

Wall Thickness: Overall thickness, localized thickening, and fin thickness to meet thermal conductivity and structural support requirements.

 

Length Specifications: Standard length, project section length, or combined installation length.

 

End Finishing: End face cutting, chamfering, interface mating, or mounting hole machining.

 

Hole Positions and Mounting Grooves: For bolt mounting, heat plate fixing, ventilation, or coolant passages.

 

Surface Treatment: Polishing, anodizing, powder coating, or thermally conductive coating.

 

Color and Marking: Natural silver, gray, or custom colors as per project requirements; can indicate production batch or component number.

 

Application industries

 

Electronic and Power Equipment: Used for heat dissipation in power modules, LED drivers, communication equipment, and industrial control equipment.

 

Mechanical Equipment Heat Dissipation: Used for heat dissipation structures in motor drives, frequency converters, and automation equipment.

 

Energy Equipment Heat Dissipation: Suitable for heat dissipation components in inverters, photovoltaic inverters, and battery management systems.

 

FAQ

 

Q: How to select profile cross-section to meet heat dissipation requirements?

A: Select the number, spacing, and thickness of fins based on the heat source power, surface area, and ventilation conditions.

Q: Can the profile length be customized to the equipment dimensions?

A: Yes, profiles can be produced to order based on equipment module dimensions or overall machine length.

Q: What surface treatment should be chosen for high-temperature environments?

A: Anodizing or thermally conductive coatings can enhance temperature resistance and heat dissipation efficiency, while powder coatings can provide insulation or corrosion protection.

Q: How to ensure efficient thermal contact during installation?

A: Ensure the profile fits snugly against the heat source surface. Holes and mounting slots should be precisely positioned to reduce thermal resistance.

Q: What precautions should be taken when transporting and storing profiles?

A: Keep them dry, avoid collisions and scratches. End faces and fins can be covered with a protective film. Long profiles can be bundled to prevent deformation.

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