High Power 500W LED Soldering Heat Sink - Professional-grade heat sink solution designed for high-power LED applications with advanced thermal management capabilities.

Current heat pipe and zipper fin heat sinks utilize two primary collection modes: welding (solder) and fin penetration. Welding processes offer lower interface resistance but require higher precision and cost, particularly for aluminum fins and copper heat pipe combinations that often necessitate electroplating for proper bonding.

Modern air-cooled heat sinks consist of three main components: base, heat pipe, and fins. Each component significantly impacts overall cooling effectiveness, with performance optimization requiring balanced integration rather than isolated improvements.

• 100G/200G pluggable optical modules for data center switches
• Small optical modules for fronthaul/mid-haul equipment of 5G base stations
• Low-power optical communication components for edge computing nodes

• New Energy Vehicles: Thermal management of battery packs, motor controllers, inverters, etc.
• Industrial Electronics: Inverters, IGBT modules, high-power semiconductor devices, laser equipment, etc.
• Data Center and Server: Cooling of high-performance computing components such as CPU, GPU, and memory.
• Medical Devices: Temperature control of high-precision electronic equipment such as imaging equipment and diagnostic instruments.
• Aerospace: Applications such as airborne equipment and radar systems that have extremely high requirements for heat dissipation performance and reliability.
• Power Electronics: High-power equipment such as rectifiers, transformers, and power modules.
• Renewable Energy: Photovoltaic inverters, wind turbine converters, etc.
• LED Lighting: Heat dissipation of high-power LED lamps.

Our manufacturing facility features comprehensive air-cooled equipment including 10 low-temperature solder reflow ovens, 5 baking ovens, 20 automatic solder dispensing units, 3 automatic solder brushing machines, 50 torque-controlled electric screwdrivers, CCD inspection equipment, fully automatic optical module testing systems, multi-station thermal performance testing equipment, and flatness optical testing instruments.

We maintain rigorous quality standards with advanced testing equipment including Coordinate Measuring Machines, projector instruments, water high pressure testing machines, thermal resistance testing systems, and liquid leakage testing equipment.

• Prompt response to all inquiries
• Competitive pricing with guaranteed quality
• Efficient production scheduling
• Optimal transportation solutions
• Comprehensive technical support