THE GOLDEN FORTUNE STANDARD
Advanced Production, Visible Reliability
At Fuzhou Golden Fortune, our name is our promise. The process you see is a glimpse into our modern, automated production line, where every ton of GGBS is handled with precision and care. This commitment to technology and quality control ensures that the product delivered to your site is consistent, reliable, and ready to perform. We package not just materials, but confidence.
OUR MISSION
Building a Greener Foundation
Our mission is to supply the construction industry with superior, sustainable building materials. We give industrial byproducts a new life, processing raw blast-furnace slag into valuable, low-carbon GGBS. This commitment not only reduces industrial waste but also empowers our clients to build stronger, longer-lasting, and more environmentally friendly structures.
- A key component for green building certifications.
- Creates denser, less permeable concrete.
- Low heat of hydration, ideal for mass concrete pours.
- From source to site, quality is our priority.
OFFER CUSTOMIZATION SERVICES
WE ARE YOUR TRUE GGBFS CEMENTSOLUTIONS PARTNER.
Providing service to over 168 countries and areas globally
STRICT QUALITY CONTROL
of 4.8 million tons; eight cement production lineswith an annual capacity of 10 million tons.
ABOUT US
Fuzhou Golden Fortune: A Leading Producer of Low-Carbon GGBS.
With an annual output of over 4.8 million tons, our “GF” brand GGBS is the premier, sustainable alternative to traditional cement, engineered for superior performance and quality.
- Leading Scale: Annual output of over 4.8 million tons of S95/S105 grade GGBS.
- Patented Technology: A unique high-pressure roller press process guarantees superior fineness and reactivity.
- Certified Quality: Fully compliant with key international standards (ASTM C989, BS 6699, SSEN 15167).
- Eco-Friendly Solution: Our "GF" brand GGBS offers a premium, low-carbon alternative to conventional cement.
GGBFS G Gr
GGBS S95 STD
Golden Fortune Ultrafine GGBS is an advanced pozzolanic material produced through a precision milling process. This process creates an optimized particle size distribution that densifies the cementitious matrix, significantly enhancing the properties of the final product. It is the definitive choice …