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Superfine Powder Application in Yancheng Concrete Company (C30 Concrete Production)
Project

Superfine Powder Application in Yancheng Concrete Company (C30 Concrete Production)

2026-03-10
Superfine Powder Application

Optimizing C30 Concrete
Performance in Yancheng

In the construction industry, concrete is the core material for various projects, and the performance and cost of concrete directly determine the economic benefits and project quality of concrete companies. A concrete company located in Yancheng City, Jiangsu Province, has achieved remarkable results in cost reduction and efficiency improvement after adopting our high-quality superfine powder in the production of C30 concrete, setting a typical example for the application of superfine powder in the concrete industry.

Core Product

Superfine Powder

Target Result

Cost Reduction

Scheme Cement
(kg)
Mineral Powder
(kg)
Ultrafine Powder
(kg)
Fly Ash
(kg)
Sand
(kg)
Gravel Chips
(kg)
Stone
(kg)
Water Consumption
(kg)
Admixture
(kg)
Slump
(mm)
28-day Strength
(MPa)
250 80 - 20 777 300 795 173 4.55 200 37.6
180 80 70 20 777 300 795 170 4.2 210 40.2
250kg Cement Consumption per m³
High Cost
High Water Use
Low Compactness
Unstable Strength

Solving Core Challenges in
Concrete Production

Before using our superfine powder, the company needed 250kg of cement per cubic meter to produce C30 concrete. As we all know, cement is the main cost component in concrete production, and the high dosage of cement not only increases the production cost but also easily leads to problems such as high water consumption, insufficient compactness, and unstable strength of concrete—issues that our superfine powder effectively solves, improving the overall performance of the concrete and extending the long-term service life of the project.
Project Optimization

Formula Optimization &
Economic Benefits

After introducing our high-quality superfine powder, the company’s C30 concrete production formula was optimized. The cement dosage was reduced from 250kg/m³ to 180kg/m³, a reduction of 70kg per cubic meter. This significant reduction in cement dosage, thanks to our superfine powder, directly reduces the raw material cost of concrete production, helping the company save a lot of operating costs every year and greatly improving its market competitiveness and economic benefits.
-70
KG / M³
Initial Dosage
250 kg/m³
Optimized Dosage
180 kg/m³
Economic Impact
Higher ROI
Core Feature 01

High Specific Surface Area

Core Feature 02

Micro-pore Filling Effect

Ultimate Result

Superior Compactness & Durability

In addition to cost reduction, our superfine powder also brings multiple performance improvements to concrete. Due to the high specific surface area and fine particle size of the superfine powder, it can fully fill the micro-pores in the concrete matrix, optimize the internal structure of the concrete, and make the concrete more compact. At the same time, the addition of superfine powder reduces the water consumption of concrete, avoids the problems of segregation and bleeding caused by excessive water, and further improves the compactness and durability of concrete.
Optimize
Internal Structure
Minimize
Water Consumption
Extend
Service Life
LAB VERIFIED
HIGHER THAN
NATIONAL
STANDARD

Comprehensive Index Optimization

The test results show that after using our superfine powder, the compressive strength, flexural strength and other key indicators of the company’s C30 concrete are higher than the national standard, and the concrete has better impermeability, crack resistance and corrosion resistance—all benefits of integrating superfine powder into the formula. This not only meets the high-quality requirements of modern construction projects for concrete but also helps the company establish a good brand image in the local market.
Impermeability
Crack Resistance
Corrosion Resistance
Brand Image