Explore our premium extrusion series engineered for structural durability, thermal efficiency, and state-of-the-art window & curtain wall applications.
Established in 2009, Aoli Aluminum (registered under the premier export brand "Aolijie") has evolved from a regional pioneer to a globally recognized heavy-duty extrusion enterprise. Strategically headquartered in Sihui, Guangdong, with sales and engineering consulting units in Foshan, we manage a vertically integrated operation. We provide world-class custom profiles for thermal management, modern construction, and high-precision industrial sectors.
Our journey is anchored on building sustainable modern infrastructures. With four state-of-the-art production bases, we handle custom design requirements from extrusion molding to precise component machining. We service key industrial sectors across the Middle East, South America, Africa, Southeast Asia, and Western markets.
The name "Aolijie" reflects Mr. Wong's original entrepreneurial mission: AO (First Choice / Premium Option), LI (Leading Indicator of metallurgical standards), and Jie (Chinese word for Masterpiece/Masterwork). This signifies our dedication to creating premier components that meet strict international engineering benchmarks.
A comprehensive analysis of design metrics, alloy selection, and advanced heat dissipation performance.
Aluminum alloy 6063 provides a thermal conductivity rating of ~200 W/m·K. It is the industry standard for highly detailed radiator profiles. For structural chassis elements, we utilize 6061 and 6005A alloys. These materials offer increased yield strength while maintaining consistent thermal dissipation profiles.
Using CAD modeling and Finite Element Analysis (FEA), we design high aspect-ratio cooling fins. Our extrusion techniques produce thin-walled, high-density fin structures. These designs maximize surface area and increase natural convection heat transfer rates in tight enclosures.
We offer specialized surface treatments, including anodizing, electrophoretic coating, PVDF, and powder coatings. Anodization increases structural emissivity values to over 0.85, enhancing radiative cooling performance while preventing corrosion in harsh environments.
In response to the growth of high-output EV drivetrains and megawatt energy storage systems (BESS), Aoli Aluminum has advanced its manufacturing process to include multi-port microchannel flat tubes and hollow cold plate profiles. By combining advanced extrusion technology with CNC post-processing (such as milling, punching, and deburring), we produce reliable liquid cooling blocks. These blocks deliver high fluid dynamic efficiency, zero-leakage profiles, and low thermal impedance interfaces designed for high-heat-density systems.
Tailored aluminum profiles designed to meet the engineering demands of global industries.
Modern electric vehicle platforms require high-strength, lightweight materials with superior thermal properties. We manufacture specialized floorboard extrusions, lightweight motor housings, and IP65-rated battery enclosures. These components are designed to dissipate heat from lithium cells while protecting passenger cabins from thermal runaway events.
For modern commercial buildings, energy efficiency is a key structural requirement. Our high-performance thermal break window frames and curtain wall systems integrate insulating polyamide barriers. This design reduces thermal bridging through the metal framing, helping developers achieve LEED certifications.
Our heavy-duty industrial profiles serve as mechanical chassis elements and heat exchangers in solar inverters, high-power wind turbine converters, and distribution transformers. These systems require consistent cooling to prevent thermal degradation during continuous operation.
A look inside our modern Sihui production facility, designed for high output and consistent quality.
Our facility runs multiple computerized extrusion lines capable of exerting up to 2000 tons of force. This allows us to manufacture complex, multi-hollow, thin-wall profiles with precise geometric tolerances. We extrusion-mold high-strength aluminum shapes to custom dimensions, reducing the need for costly downstream machining.
We maintain an in-house tooling division with over 100,000 cataloged mold configurations. Having engineering, extrusion, surface finishing, and CNC precision processing under one roof shortens lead times, reduces scrap rates, and lowers manufacturing costs. These savings are passed directly to our commercial partners.
Located in the Zhaoqing Sihui industrial cluster, near the Foshan trade center and Guangzhou ports, we have access to established container shipping lines. This infrastructure supports reliable logistics pathways to major global shipping destinations.






Our ISO-certified testing procedures ensure each extrusion batch meets your project's performance criteria.
Our testing labs are equipped with instruments to verify thermal, chemical, and physical characteristics. This helps ensure that all architectural and industrial profiles operate reliably under load.

Componential Analysis

Tensile Strength Test

Hardness Test

Dimensional Measurement

Coating Test

Salt Spray Test
A history of capacity growth, technological upgrades, and international expansion.
Mr. Wong established our first 10,000 square meter plant in Sihui, Guangdong. We launched the brand "Aolijie" to focus on high-durability building and industrial extrusions.

Our engineering team developed and secured 13 product design patents. During this phase, we completed ISO 9001 certification and established our internal quality assurance protocols.

To support growing export demand, we constructed a 100,000 square meter facility, increasing our annual production capacity to 100,000 tons.

We established our dedicated global sales branch in Foshan, and are scheduled to open our Southeast Asian support office in Malaysia by 2026 to provide direct customer service.

Answers to common design, engineering, and logistics questions for aluminum radiators and heavy industrial profiles.
Get in touch with our engineering team for support with CAD files, alloy specifications, production lead times, and freight calculations.
Explore our specialized profiles engineered for structural support, EV chassis components, and industrial enclosures.