Professional Brazing Heat Sink Manufacturers

IGSINK – Your Trusted Partner for Custom Brazed Fin Heat Sink Solutions

Vacuum Brazing TechnologyCustom DesignHigh Performance

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Leading Brazing Heat Sink Manufacturers

IGSINK is a premier brazing heat sink manufacturer based in China, specializing in advanced thermal management solutions for high-power applications. With years of expertise in vacuum brazing technology, we provide custom brazed fin heat sinks that deliver superior thermal performance and reliability.

 

Manufacturing Excellence

State-of-the-art vacuum brazing facilities with precision quality control systems ensuring consistent thermal performance.

 

Custom Engineering

Tailored brazing heat sink solutions designed to meet your specific thermal management requirements and space constraints.

 

Quality Assurance

ISO certified manufacturing processes with rigorous testing protocols to ensure superior heat dissipation performance.

 

Fast Delivery

Efficient production scheduling and logistics management ensuring timely delivery of your custom brazing heat sinks.

Advanced Brazing Technology

Professional vacuum brazing processes for optimal thermal conductivity and structural integrity.

Custom Design Solutions

Tailored brazing heat sink designs for diverse industrial and electronic applications.

High Performance Cooling

Superior heat dissipation capabilities for demanding thermal management applications.

Understanding Brazing Heat Sink Technology

What is Brazing Heat Sink?

A brazing heat sink is a high-performance thermal management solution that utilizes advanced brazing technology to join cooling fins to a base plate. This process creates a stronger, more thermally conductive connection compared to traditional bonding methods.

Key Components:

  • High-conductivity base plate (aluminum or copper)
  • Precision-cut cooling fins
  • Brazing filler material for optimal thermal interface
  • Vacuum or controlled atmosphere processing

Vacuum Brazing Process

Our vacuum brazing process operates at temperatures above 450°C (840°F) in a controlled atmosphere, ensuring clean, strong joints with minimal thermal resistance. This advanced technique eliminates oxidation and contamination issues.

Process Advantages:

  • Superior thermal conductivity
  • Enhanced mechanical strength
  • Reduced interface resistance
  • Corrosion resistance
  • Long-term reliability

Brazing Heat Sink Applications

 

Power Electronics

High-power semiconductor cooling for inverters, converters, and power supplies requiring efficient heat dissipation.

 

Telecommunications

Thermal management for base stations, amplifiers, and high-frequency communication equipment.

 

Automotive

Electric vehicle battery cooling, motor controllers, and automotive electronic systems.

 

Industrial Equipment

Welding machines, motor drives, and industrial automation systems requiring robust thermal solutions.

 

Aerospace

Mission-critical thermal management for avionics, radar systems, and aerospace electronic components.

 

Medical Devices

Precision cooling for medical electronics, laser systems, and diagnostic equipment.

Technical Specifications

Material Options

Aluminum Alloys

6061-T6, 6063-T5 for lightweight, cost-effective solutions with excellent thermal conductivity.

Copper Alloys

C110, C101 for maximum thermal performance in high-power applications.

Hybrid Designs

Copper base with aluminum fins for optimized thermal performance and weight balance.

Performance Specifications

0.1-0.5
Thermal Resistance (°C/W)
200-600
Thermal Conductivity (W/m·K)
450-600
Brazing Temperature (°C)
1000+
Max Power (W)

Custom Design Capabilities

Fin Geometry

Straight, pin, zipper, or custom fin configurations optimized for your cooling requirements.

Base Design

Flat, grooved, or machined bases with mounting features and thermal interface optimization.

Surface Treatments

Anodizing, chemical film, nickel plating, or other coatings for enhanced performance.

Why Choose IGSINK Brazing Heat Sinks?

Superior Thermal Performance

Our vacuum brazing process creates metallurgical bonds that provide exceptional thermal conductivity and minimal interface resistance. The strong brazing joints ensure long-term reliability and consistent performance under demanding conditions.

  • Higher thermal conductivity than epoxy bonding
  • Reduced thermal interface resistance
  • Superior mechanical strength
  • Extended operational lifespan

Manufacturing Advantages

As brazing heat sink manufacturers, we combine advanced technology with efficient production processes to deliver high-quality thermal solutions that meet your specifications and deadlines.

  • Precision manufacturing processes
  • Consistent quality control
  • Flexible design capabilities
  • Competitive pricing

Quality Assurance & Certifications

Quality Control Process

 

Material Inspection

Incoming material verification and quality testing

 

Process Monitoring

Real-time brazing temperature and atmosphere control

 

Final Testing

Thermal performance and mechanical strength validation

Certifications & Standards

ISO 9001:2015

Quality management system certification

RoHS Compliance

Environmentally friendly manufacturing processes

UL Recognition

Safety standards compliance for electronic applications

Contact IGSINK – Your Brazing Heat Sink Partner

Ready to discuss your custom brazing heat sink requirements? Get in touch with our thermal management experts today.

Get Your Custom Quote

Send us your specifications and requirements for a detailed quote on custom brazing heat sink solutions.

 

Dadan (No. 1), Heshan Village, Yuanzhou Town,

Boluo County, Huizhou City, Guangdong Province, China

Why Partner with IGSINK?

 Professional brazing heat sink manufacturers
 Custom design and engineering support
 Advanced vacuum brazing technology
 Competitive pricing and fast delivery
 ISO certified quality assurance

Our Custom Brazing Heat Sink Success Stories Product Showcase

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