Recently, Peak Kong Special Steel has once again achieved great success in the manufacturing field and won the APAC-2024 Laser Welding Structural Profile Manufacturing Award from Manufacturing Outlook magazine. This honor is not only a high recognition of the company’s technical strength and innovation capabilities, but also demonstrates Peak Kong Special Steel’s outstanding influence in the field of high-end manufacturing in the Asia-Pacific region.

As a global leader in high-performance steel manufacturing, Peak Kong Special Steel has consistently been at the forefront of laser welding technology. Laser welding is highly regarded for its efficiency, minimal heat-affected zones, and superior welding quality. However, its application in complex structural profiles poses significant challenges, requiring precise technical control and exceptional innovation capabilities.

Through years of technological accumulation and R&D investment, Peak Kong Special Steel has successfully overcome several key technical challenges: Precise Heat Input Control: Optimized welding parameters to ensure the material maintains its ideal mechanical properties during the welding process.
Composite material welding: It realizes efficient welding between different metal materials and provides more possibilities for multifunctional structural design.
Automation and intelligence: Using Industry 4.0 technology, we have developed an intelligent laser welding production line, which has greatly improved production efficiency and quality stability.

Peak Kong Special Steel’s laser welded structural profiles are widely used in many high-end fields, including: Shipbuilding industry: Provide lightweight and high-strength profiles for shipbuilding to improve ship performance and reduce energy consumption.
Bridges and Infrastructure: Provide lightweight, high-strength solutions to improve structural durability and corrosion resistance.
Aerospace: Manufacturing high-precision parts to meet performance requirements in extreme environments.
Energy equipment: Provide high-reliability structural profiles for energy facilities such as wind power and nuclear power.
Marine engineering: Develop special profiles that are resistant to seawater corrosion and have ultra-high strength to meet the needs of deep-sea operations.

As an authoritative media in the international manufacturing industry, Manufacturing Outlook is known for its strict selection criteria. The “APAC-2024 Annual Laser Welding Structural Profile Manufacturing Award” is intended to recognize the outstanding performance of manufacturing companies in the Asia-Pacific region in technological innovation and market contribution.

Peak Kong Special Steel stood out from many candidate companies with its technological breakthroughs, product diversity and excellent customer service capabilities. The review committee highly praised Peak Kong Special Steel’s outstanding contributions in promoting the industrialization of laser welding technology and promoting the transformation and upgrading of the industry.

After receiving this honor, Peak Kong Special Steel will take this as a new starting point and continue to be committed to the in-depth research and application promotion of laser welding technology. The company plans to increase its international market layout and cooperate with more global customers to provide strong and sustainable steel solutions.

At the award ceremony, the chairman of Peak Kong Special Steel said: “This award is not only a recognition of our past efforts, but also a spur to future development. We will take technological innovation as the core drive, continuously break through the technical barriers of the industry, and serve the world. Customers create greater value.”

The success of Peak Kong Special Steel once again proves that innovation is the inexhaustible driving force for the development of the manufacturing industry. With the further integration of technology and market, Peak Kong Special Steel is bound to write a more glorious chapter in the field of global high-end manufacturing.