Wholesale Highest Quality for White/Grey Portland Cement Lower Price.Highest quality for white grey

Wholesale Highest Quality White/Grey Portland Cement

Wholesale Highest Quality for White/Grey Portland Cement – Lower Price. Highest quality for white grey products.

Product Overview

Our White and Grey Portland Cement is manufactured using premium raw materials and advanced production techniques to ensure superior strength, durability, and consistency. Ideal for construction, flooring, and decorative applications, this cement meets international quality standards and is trusted by professionals across the industry.

Premium quality | Consistent performance | Cost-effective wholesale pricing

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Key Features

Designed for performance and reliability, our White and Grey Portland Cement offers excellent workability, high compressive strength, and resistance to weathering and moisture. It is suitable for both residential and commercial construction projects.

1. Ordinary Portland Cement (OPC)

Description: Ordinary Portland Cement (OPC) is the most commonly used type of cement for general construction purposes. It is manufactured by grinding clinker with gypsum and other additives to achieve desired properties. It is available in different grades such as OPC 33, OPC 43, and OPC 53, based on the strength achieved after 28 days.

Specifications:

• Grade: 33, 43, 53
• Fineness (Blaine): 225 - 400 m²/kg
• Setting Time: Initial: 30 minutes, Final: 600 minutes
  • • OPC 33: 33 MPa (28 days)
    • OPC 43: 43 MPa (28 days)
    • OPC 53: 53 MPa (28 days)
  • Compressive Strength:
    • Lime (CaO): 60-67%
    • Silica (SiO₂): 17-25%
    • Alumina (Al₂O₃): 3-8%
    • Iron Oxide (Fe₂O₃): 0.5-6%
  • Chemical Composition:

2. Portland Pozzolana Cement (PPC)

Description: Portland Pozzolana Cement (PPC) is a blend of Ordinary Portland Cement clinker, gypsum, and pozzolanic materials such as fly ash or volcanic ash. It is widely used in construction projects requiring enhanced durability, such as bridges, dams, and marine structures.

Specifications:

• Fineness: Minimum 300 m²/kg
• Setting Time: Initial: 30 minutes, Final: 600 minutes
• Compressive Strength: 33-43 MPa (28 days)
• Pozzolana Content: 15-35%
  • • Improved resistance to sulfate attacks
    • Reduced heat of hydration
    • Environmentally friendly (utilizes industrial waste)
  • Advantages:

3. Sulfate-Resistant Cement (SRC)

Description: Sulfate-Resistant Cement (SRC) is a special type of cement formulated to resist sulfate attacks, making it ideal for construction in sulfate-rich environments such as sewage treatment plants, coastal areas, and underground structures.

Specifications:

• C3A Content: Less than 5%
• Compressive Strength: Minimum 33 MPa (28 days)
• Fineness: 225 - 400 m²/kg
  • • Marine structures
    • Sewage treatment plants
    • Foundations exposed to sulfate-rich soil
  • Applications:

4. Rapid Hardening Cement (RHC)

Description: Rapid Hardening Cement (RHC) is designed to achieve high early strength, making it suitable for projects requiring quick turnaround times such as road repairs and precast concrete elements.

Specifications:

• • • 3 days: 27 MPa
    • 7 days: 37 MPa
    • 28 days: 53 MPa
  • Compressive Strength:
• Initial Setting Time: 30 minutes
• Final Setting Time: 600 minutes
  • • Road and bridge construction
    • Precast concrete elements
    • Emergency repair works
  • Applications:

5. White Cement

Description: White Cement is a specialized type of cement with a high degree of whiteness, used mainly for architectural and decorative purposes. It is manufactured with raw materials low in iron oxide and manganese.

Specifications:

• Whiteness Index: Minimum 85%
• Compressive Strength: 33-43 MPa (28 days)
• Setting Time: Initial: 30 minutes, Final: 600 minutes
  • • Tile grouts and adhesives
    • Architectural precast elements
    • Decorative finishes
  • Applications:

6. Low Heat Cement (LHC)

Description: Low Heat Cement (LHC) is specifically designed to produce lower heat during hydration, making it ideal for large concrete pours such as dams and massive foundations.

Specifications:

• • • 7 days: Less than 65 J/g
    • 28 days: Less than 75 J/g
  • Heat of Hydration:
• Compressive Strength: 30-45 MPa (28 days)
  • • Dams and large foundations
    • Retaining walls
    • Mass concrete structures
  • Applications:

7. Super Sulfated Cement (SSC)

Description: Super Sulfated Cement (SSC) is a highly sulfate-resistant cement that contains a high percentage of blast furnace slag. It is used in environments exposed to aggressive chemicals and sulfate-rich soils.

Specifications:

• Blast Furnace Slag Content: 70-85%
• Compressive Strength: 30-40 MPa (28 days)
  • • Chemical plants
    • Underground structures
    • Sewer construction
  • Applications:

8. Masonry Cement

Description: Masonry Cement is specifically formulated for use in mortar for bricklaying, plastering, and masonry work. It provides good workability, adhesion, and water retention.

Specifications:

• Compressive Strength: 5-10 MPa (7 days)
• Plasticity Index: High
• Water Retention: Minimum 75%
  • • Bricklaying and plastering
    • Tile fixing
    • Masonry construction
  • Applications:

9. High Alumina Cement (HAC)

Description: High Alumina Cement (HAC) contains a high percentage of alumina, making it highly resistant to heat and chemical attacks. It is widely used in refractory applications and industries requiring heat-resistant structures.

Specifications:

• Alumina Content: 40-50%
• Compressive Strength: 35-50 MPa (28 days)
• Refractoriness: Up to 1500°C
  • • Kilns and furnaces
    • Chemical plants
    • Fireproof concrete
  • Applications:

10. Hydrophobic Cement

Description: Hydrophobic Cement is designed to resist moisture absorption, making it ideal for construction in humid environments and during monsoon seasons.

Specifications:

• Water Repellent Additives: Present
• Compressive Strength: 30-40 MPa (28 days)
  • • Underground construction
    • Water-resistant concrete structures
    • Monsoon-affected construction sites
  • Applications:

Conclusion: Each type of cement has specific applications, advantages, and technical specifications, catering to different construction needs. Selecting the right cement ensures durability, strength, and cost-effectiveness in various construction projects.