XINXIANG - Heat Sink Manufacturer

Aluminum heat sinks showing wide, medium, and narrow fin spacing

Heat Sink Fin Spacing: Why More Fins Are Not Always Better

More fins do not always mean better cooling. Learn how heat sink fin spacing affects airflow, pressure drop, natural and forced convection, and manufacturing process selection.

How to Choose a Heat Sink Extrusion Profile for Your Project

Learn how to choose a heat sink extrusion profile by comparing width, height, base thickness, fin geometry, airflow, and CNC machining requirements. This guide also explains when an existing profile is suitable and when a new custom extrusion die may be the better choice.

CNC machined aluminum heat sink mounting surface for IGBT power module

How to Select a Heat Sink for IGBT Power Modules

Selecting an IGBT heat sink requires more than choosing a large aluminum profile. Power loss, thermal resistance, airflow, heat spreading, mounting flatness, thermal interface material, and manufacturing method all influence the final cooling performance. This guide explains a practical selection process from thermal requirements to production.

Black anodized aluminum heat sinks hanging on finishing racks

Heat Sink Surface Finishes: How to Choose the Right Treatment

Learn how anodizing, chromate conversion, powder coating, masking, and other surface finishes affect corrosion protection, appearance, electrical contact, tolerances, and heat sink manufacturing.

Extruded, skived, bonded fin, die cast and forged heat sinks

How to Choose the Right Heat Sink Manufacturing Process

Learn how to choose the right heat sink manufacturing process by comparing extrusion, skiving, bonded fin, die casting, and cold forging. This guide helps engineers and procurement teams evaluate geometry, airflow, materials, tooling, production volume, and cost for custom thermal-management projects.

Extruded and skived aluminum heat sinks with different fin density

Extruded vs. Skived Heat Sinks: How to Choose the Right Process

Compare extruded and skived heat sinks to understand how fin density, materials, tooling, production volume, and airflow affect process selection. This guide helps engineers and procurement teams decide which manufacturing method better fits their thermal, mechanical, and cost requirements.