Value Creation
Product and Quality Management
CT was originally a manufacturer specializing in traditional steel structure fabrication. In recent years, it has actively expanded into the offshore wind power industry by combining its existing technologies with the learning and application of new production processes, leading to a gradual increase in the output of offshore wind power equipment that has exceeded the proportion of traditional steel structure production.
Among all products, the items generating the largest share of revenue are wind power steel structure projects, steel structures for industrial plants, steel structures for public works, and steel structures for tall buildings. Traditional steel structure manufacturing primarily focuses on tall buildings and factories and office buildings, each with different completion cycles. Tall buildings have a cycle of two years, while factory and office buildings are generally completed within one year.
Major Use and Production Capacity of Premium Products
1. Major use of premium products:
Products | Purpose |
Box column, H column, 2H column, H beam | Steel structures for construction of buildings, and manufacturing plants Shopping centers, stadium, and parking lot Bridge structure, incinerators, and steel structures for equipment |
Real estate | Residence, factory office |
Pin pile Jacket | Offshore wind power underwater foundation structures |
2. Industry structure and supply and demand
The traditional steel structure industry is highly domestic‑demand driven and is particularly influenced by the construction sector, manufacturers’ plant construction, and the release of government public infrastructure projects, and in recent years, government efforts to promote energy-saving and carbon reduction policies, Green Buildingsas well as the seismic resilience of steel structures, have been conducive to the promotion of the steel structure market.
Upstream of the Industry | Midstream of the Industry | Downstream of the Industry |
Iron & steel manufacturing | Steel structure business | Construction projects: Residential buildings, shopping malls, factories, office buildings, hotels, warehouses, schools, hospitals, entertainment venues, and other projects. |
Iron & steel trade | Civil engineering: Roads, bridges, sewer systems, soil and water conservation, hydraulic engineering, pipelines, tunnels, water supply, harbors, electric power, and other projects. | |
Metal trade | Special projects: Dust collection equipment, incinerators, and various types of steel-fabricated structures. |
The upstream, midstream, and downstream sectors of the offshore wind power industry are equipment manufacturing, integrated services, and power generation, respectively. CT is positioned in the upstream segment of component manufacturing and primarily produces underwater foundation jackets and pin piles for offshore wind turbine bases.

Sales Application
During the reporting period, it was confirmed that 100% of products manufactured in Taiwan were sold domestically. In terms of overseas markets, the Myanmar subsidiary has two operational objectives. The first is to collaborate with the Myanmar government on infrastructure engineering projects, including steel processing, construction, roads, railways, and ports. The second is to support Taiwanese investors’ plant-construction needs. In recent years, rapid growth in foreign investment in Myanmar has driven a significant increase in domestic steel demand, and the overseas Myanmar plant will redouble its efforts to secure engineering opportunities in various Myanmar construction projects, leveraging the substantial demand during the development phase to create new opportunities for CT.
1. Regions of sale of premium products
Region | 2024 | 2025 | |||
Amount (NTD millions) | % | Amount (NTD millions) | % | ||
Domestic sales | Northern Taiwan | 3,184 | 61.33 | 2,613 | 88.50 |
Central Taiwan | 2,161 | 41.63 | 340 | 11.50 | |
Southern Taiwan | -154 | -2.96 | 0 | 0.00 | |
Export sales | Myanmar | 0 | 0.00 | 0 | 0.00 |
Total | 5,191 | 100 | 2,953 | 100 | |
Product Manufacturing Process

Quality Management System(QMS)
Since its establishment, CT has upheld a spirit of diligence and the principle of putting quality first, emphasizing quality and cost management while also ensuring environmental protection and safety. Accordingly, the Company adopted the ISO 9001 international quality management system framework to establish its quality management system and, in accordance with ISO 3834 certification requirements, strengthened its welding engineering management standards, ensuring that all processes within the system’s scope interact effectively and are executed efficiently, continuously refining its management processes and product quality.
Management Approach
Guided by a policy of enhancing quality, and under this principle, costs are reduced and optimal profits are generated.
CT’s senior management carefully assesses the internal and external operating environments and the Company’s vision, then formulates the Company’s business policies and allocates sufficient resources to each process to carry out management activities. In each process, with customer satisfaction as the goal, employees proactively ensure that production lines operate smoothly to produce products of excellent quality.
Supervise the measurement and data analysis of all products and processes, and, through implementation of activities such as internal and external audits, corrective actions, preventive actions, product quality and process improvement projects, and management reviews, uphold our high quality standards and pursue continuous improvement.
CT uses the PDCA cycle as its core methodology and has established an improvement project system to develop corrective actions for the current situation and root causes of problems. The Company’s QMS operation flowchart is as follows:

Improve Quality Capabilities
Going forward, the Company will continue to uphold sustainable management guided by “technical expertise, passionate service, self‑transcendence, and quality first,” commit to providing high‑quality products, aim to create the greatest profits at the lowest cost, build an outstanding reputation and core competitiveness, and continue to implement the following action plans:

1.Implement various certification standards, improve production processes, and increase production efficiency
(1)
Add production equipment to enhance production capacity, and plan improvements to production processes and the configuration of production equipment to improve the mobility rate of production equipment and production efficiency.
(2) Integrate production performance through strategic alliances with subcontractors; outsource works beyond steel structures to the subcontractors for production efficiency and effectiveness, upgrade competitive power, and increase market share.
(3) Introduce-state-of-the-art automated production equipment and structural test equipment to increase production capacity and product structure quality, in order to enhance competitiveness in production.
2. Enhance staff training, introduce professional talent, cultivate young cadres, and strive for ISO high-level and offshore wind power underwater foundation technology certification to improve the company's technical skills, brand image and management performance. From the start of their employment, new employees are immersed in the Company’s culture of quality and awareness, enabling them to embody the spirit of company policies and uphold the Company’s high quality standards. There were 16 participants at ISO and quality training, with a total duration of 8 hours.
3. In accordance with the welding quality requirements of ISO 3834‑2 and EN ISO 1090‑1/EN ISO 1090‑2, CT provides channels for employees to obtain welder qualifications and inspector certifications, establishes inspection procedure manuals, and implements them in accordance with the standards. Each product undergoes strict quality control during the production process, with nondestructive testing at every critical stage. In addition to internal self‑inspections, professional third‑party inspection agencies conduct re‑inspections to ensure product quality meets international standards and fulfills customer requirements and recognition.
Number of people who obtained welder certificates in 2025
Item | 1G | 3G | 6G | Total |
Number of employees | 10 | 2 | 14 | 26 |
Number of people who obtained non-destructive testing personnel qualifications in 2025
Item | EU Ultrasonic Testing UT | EU Magnetic Particle Testing MT | EU Visual Testing VT | EU Liquid Penetrant Testing PT | US Certified Welding Inspector CWI | Taiwan Certified Welding Inspector TCWI | Quality Engineer QE |
Taoyuan Plant | 4 | 9 | 9 | 2 | 1 | 2 | 1 |
Yunlin Plant | 6 | 9 | 12 | 1 | 0 | 3 | 2 |
4. Quality audits: In 2025, a total of 1 audit was conducted. Daily production line inspection audits were promoted, deficiencies identified in inspection audits were reviewed with the site, and improvements were tracked to completion during the period, so as to facilitate the continuous improvement of the Company’s management system.
Practice Quality Application
To comply with EU and project owner requirements related to offshore wind power, it is necessary to retain traceability in the production process. Century has established complete production links, and detailed records are kept for plate numbers, welding material batch numbers, welder numbers, gauge and instrument numbers, and processing and inspection dates. From incoming material inspections through to finished products, the manufacturing and inspection procedures comply with the EU’s highest quality requirements, effectively demonstrating a robust welding quality management system, and have been certified by Germany’s TÜV Rheinland, concretely reflecting the Company’s commitment to welding quality.
One of the 2025 quality targets was the “Full Penetration Welding Defect Rate”, which was successfully kept below 2% and showed an improving trend compared with previous years. This achievement is attributable to the efforts of all employees. Going forward, the Company will continue to uphold its quality policy and strengthen its quality objectives.
2025 Quality Target Achievement Status:
Goals | Measurement Indicator | 2025 Target Value | 2025 Actual Value |
Full Penetration Welding Defect Rate | Proportion of defective length in total completed weld length | Defect Rate below 2% | 0.53% |