Proven Performance
Roman Cement Re-Design vs. Standard Mix
Extensive third-party testing confirms the exceptional performance of Roman Cement’s patented low-carbon re-designs using our Mineral Fines (like CMF). When compared to a standard control mix, the Roman Cement re-designed mix delivered significant improvements in cost, durability, and workability.
Cost Savings

20%-40%
Reduction in Cement and other SCMs

Replace Expensive Materials
With Readily Available Low Cost Materials

Capture up to $15
of New Profit per Yard of Concrete

20%-40%
Reduction in Cement and other SCMs

Replace Expensive Materials
With Readily Available Low Cost Materials

Capture up to $15
of New Profit per Yard of Concrete

Replace Expensive Materials
With Readily Available Low Cost Materials
Durability & Strength
Roman Cement’s innovative concrete mix designs, enhanced by cutting-edge Mineral Fines and Cementitious Matrix Fortification technology, present a significant leap forward in construction material durability. By integrating advanced material science principles, our Mineral Fines technology optimizes the microstructure of concrete, delivering superior resistance to environmental stressors and extending the lifespan of structures. This breakthrough approach ensures that Roman Cement’s concrete outperforms traditional mixes, setting a new standard for reliablity and longevity in the industry.

ASTM C1567 (Alkali-Silica Reactivity)
30% Reduction of ASR

ASTM C672 (Resistance to Scaling)
3 Times More Resistant to Scaling

ASTM C1202 (Rapid Chloride Permeability)
Improved Low Permeablility

AASHTO T-358T (Surface Resistivity)
10% Increased Resistivity

ASTM C666 (Freeze/Thaw)
No Significant Material Loss or Damage

Improved
Compressive and Flexural Strength

ASTM C1567 (Alkali-Silica Reactivity)
30% Reduction of ASR

ASTM C672 (Resistance to Scaling)
3 Times More Resistant to Scaling

ASTM C1202 (Rapid Chloride Permeability)
Improved Low Permeablility

AASHTO T-358T (Surface Resistivity)
10% Increased Resistivity

ASTM C666 (Freeze/Thaw)
No Significant Material Loss or Damage

Improved
Compressive and Flexural Strength
Workability
After 50 freeze-thaw cycles, Roman Cement showed lower scaling severity at all stages, it maintained its integrity , and it rated consistently better than the control mix, once again showing that Roman Cement’s patented formula improved durability and freeze-thaw performance.

Improved Pumpability
20% Reduced Pump Pressure

Highly Workable
Less Bleed Water

Faster Finish-Ability
Crews were Able to Finish Jobs More Quickly

Reduced
Water Demand

Improved Pumpability
20% Reduced Pump Pressure

Highly Workable
Less Bleed Water

Faster Finish-Ability
Crews were Able to Finish Jobs More Quickly

Reduced
Water Demand