Angulo Window
Optimized for Pyongyang Residential and Industrial Developments
In recent years, the architectural landscape of the Democratic People's Republic of Korea (DPRK), particularly in Pyongyang and special economic zones like Rason and Kaesong, has undergone significant transformation. The "Pyongyang Speed" in construction has introduced high-rise residential complexes and advanced industrial facilities that demand sophisticated ventilation solutions. Aluminum Jalousie Windows have emerged as a critical component in this modernization effort due to their unique ability to balance natural airflow with structural integrity.
New districts like Hwasong and Songhwa require energy-efficient window systems to reduce heating and cooling costs in high-density housing.
Factories in the manufacturing heartlands utilize jalousie systems for passive cooling and exhaust management, crucial for heavy industrial operations.
Foshan Angulo Window Co., Ltd. is a specialized enterprise dedicated exclusively to the research, development, manufacturing, and service of high-performance window systems. With a strong focus on innovation and precision engineering, Angulo provides comprehensive, one-stop solutions for modern residential and commercial window applications.
Our commitment to the E-E-A-T principle ensures that every louver blade and frame extrusions meet rigorous international standards, including CE and AS2047, making us a preferred supplier for large-scale infrastructure projects across East Asia.
Sqm Production Base
Years Industry Exp
Exporting Countries
Quality Inspected
Procuring high-quality construction materials for North Korean projects requires a deep understanding of logistics, material durability, and cross-border trade efficiency. Foshan, China's aluminum capital, serves as the primary engine for this supply chain.
Our designs consider overall architectural harmony, ensuring:
Angulo operates a modern manufacturing facility covering over 30,000 square meters, equipped with:
Global Export Standards for High-End Construction