Stacked Fin Aluminum Cooler

Stacked Fin Aluminum Cooler

Stacked Fin Aluminum Cooler
Stacked Fin Aluminum Cooler
Product Introduction
  • Stacked fin aluminum cooler design for efficient thermal transfer and stable heat dissipation
  • Lightweight aluminum construction helps reduce system weight without sacrificing cooling performance
  • Compact stacked fin structure maximizes surface area for improved airflow and heat exchange
  • Suitable for industrial, automotive, and electronic applications that require reliable cooling
  • Corrosion-resistant aluminum material supports long-term durability in demanding environments
  • Optimized cooler design helps maintain operating temperatures and protect critical components
  • Easy to integrate into custom thermal management systems and OEM assemblies
  • Cost-effective aluminum cooler solution for high-performance heat dissipation needs

Products Details

GradeAluminum Alloy 6063 / 6061
ShapeCustom Pressed Fin Plate / Flat Fin Structure
TemperNO
Tolerance±0.02mm
ApplicationFrequency converter, energy storage PCS, solar inverter
Processing ServicePressed Fin Assembly, Bonded Fin Processing, Insert Fin Stamping, CNC Machining, Drilling, Tapping, Nickel Plating, Anodizing
Delivery Time22 ~ 30 days
Alloy Or NotIs Alloy
Fin CraftPressed Fin Bonded Insert Stacked Fin
Thermal Conductivity201 W
Surface TreatmentAnodized Nickel Plated
Fin DensityHigh Density Stacked Fin
Suitable Power DeviceIGBT SiC MOSFET
Processing EquipmentFin Stamping Press Machine

Stacked Fin Aluminum Cooler+

FAQ

1. What is a stacked fin aluminum cooler?
A stacked fin aluminum cooler is a heat dissipation component designed to increase surface area and improve thermal transfer in cooling systems.

2. What are the benefits of a stacked fin aluminum cooler?
The main benefits of a stacked fin aluminum cooler are efficient heat dissipation, lightweight construction, corrosion resistance, and compact design.

3. Where can a stacked fin aluminum cooler be used?
A stacked fin aluminum cooler is commonly used in industrial equipment, automotive systems, electronics, and OEM thermal management applications.

4. Why choose aluminum for a fin cooler?
Aluminum is ideal for a fin cooler because it offers excellent thermal conductivity, low weight, and strong corrosion resistance.

5. How does a stacked fin design improve cooling?
A stacked fin design improves cooling by creating more surface area for airflow and enhancing heat exchange efficiency.

6. Is a stacked fin aluminum cooler suitable for custom applications?
Yes, a stacked fin aluminum cooler is suitable for custom applications and can be integrated into different OEM and industrial designs.

7. What makes this aluminum cooler durable?
The aluminum cooler is durable because the material resists corrosion and performs reliably in demanding operating environments.

8. Can a stacked fin aluminum cooler help protect components?
Yes, a stacked fin aluminum cooler helps protect components by maintaining stable operating temperatures and reducing heat buildup.


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