Resistance to Sulfate Corrosion High Ductility Concrete

Basic Specifications

Specification 40kg/bag

Trademark wuhe

Origin China Hebei

High Ductility Concrete (HDC)

Based on the theory of micromechanics and fracture mechanics, the fiber reinforced cementitious composite is precisely designed.

Composition: Cement, coal ash, quartz sand, mineral admixture and high strength, high elastic modulus synthetic fiber.

Resistance to Sulfate Corrosion High Ductility Concrete

Main Characteristics

✔ High Ductility: Bendable concrete properties
✔ Durability: High damage resistance and long-term durability
✔ High Strength: Excellent compression and tensile resistance
✔ Crack Control: Superior ability to control surface cracking

Wide Applications

➤ 1. Seismic reinforcement and transformation of masonry buildings
➤ 2. Renovation of dilapidated rural houses
➤ 3. The key part of a structure
➤ 4. Bridge deck paving layer and link plate
➤ 5. The material used to cover airport runways
➤ 6. Cladding materials for aqueducts in hydraulic engineering
➤ 7. The corrosive material of the steel inner tube of the chimney

Patents and Recognition

The products have obtained 78 national patents and 20 invention patents. The bendable high ductility concrete has attracted wide attention and has been featured by various mainstream media columns for its innovative performance in building solid structures.

Frequently Asked Questions

Are you a manufacturer?

Yes, we are a manufacturer with our own factory. We are a pioneering facility for producing high ductility concrete in China.

How long is your delivery time?

Generally, the delivery time is 5-10 days.

Do you provide samples?

Yes, you can get available samples from our stock. Samples are free, but customers are required to pay the freight cost.

How do I use your products?

We offer professional instructional videos in English and provide professional team guidance for application.

What materials are in the high ductility concrete?

It consists of cement, coal ash, quartz sand, mineral admixtures, and high-strength, high-elastic modulus synthetic fibers.

What are the main benefits of using HDC?

The main benefits include extreme bendability (high ductility), high damage resistance, superior tensile strength, and excellent crack control for structural reinforcement.