Radiator Aluminum Profile Frame

Radiator Aluminum Profile Frame is processed and assembled from extruded aluminum alloy profiles, and is an equipment frame structure with integrated heat dissipation function. It not only serves as the outer frame and installation bracket of the equipment, but also uses the thermal conductivity properties of aluminum alloy to act as a heat dissipation carrier. It is mostly used in power supply equipment, industrial control chassis, energy storage modules, and power equipment, taking into account the dual functions of structural support and auxiliary heat dissipation.

product details

Product Introduction

The structure and heat dissipation are integrated, eliminating the need to install a separate radiator, simplifying the overall structure and saving internal space.

Radiator Aluminum Profile Frame has good thermal conductivity and can quickly dissipate the heat inside the device and reduce the operating temperature of the entire machine.

The cross-section can be customized, and the mold opening can be used to extrude the heat dissipation fins, card slots, and assembly slots in one piece to meet the assembly needs of different equipment.

The processing and assembly are flexible, supporting cutting, drilling, tapping, and CNC milling. It can be assembled quickly with corner pieces and bolts. It can be mass-produced after mold opening. The price/performance ratio is better than that of the overall machined frame.

Parameters

Product Name	Radiator Aluminum Profile Frame
Material	Aluminum 6063-T5, 6061-T6 etc.
Surface treatment	Supports anodizing, spraying, and other treatments, with optional color and protective features.
Processes	CNC milling, slotting, countersinking, tapping, cutting, chamfering, cold bending, low-temperature stress relief annealing.
Cross-sectional structure	The main body of the frame can be integrated with heat dissipation grooves, heat dissipation fins, and standard installation slots; it supports mold customization based on customer drawings.
Heat dissipation mode	It is auxiliary passive heat dissipation; under ultra-high power conditions, it can be used with independent radiators and fans for collaborative heat dissipation.

Application

1. 1. Energy‑storage equipment: Energy‑storage cabinet, PCS converter and power module frames, providing structural support and auxiliary heat dissipation for internal heat‑generating components.
  2. Photovoltaic new‑energy field: Frames for solar inverters and power controllers, suitable for outdoor environment with anti‑corrosion and heat‑dissipating performance.
  3. Industrial power & control equipment: Frames for industrial power supplies, frequency converters, UPS and IGBT power modules, protecting circuit boards while realizing passive cooling.
  4. Industrial control cabinets: Racks for servo drivers, PLC cabinets and high‑power controllers.
  5. Automotive electronics: Outer frames for new‑energy vehicle on‑board power supplies and vehicle inverters.
  6. High‑power LED facilities: Integrated structural & heat‑dissipation frames for high‑bay lights and LED power drivers.