TATA OPC Cement

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MOQ : 700 Kilograms

TATA OPC Cement Specification

Initial Setting Time
30 Days

Color
Grey

Weight
50 Kilograms (kg)

Compressive Strength
53 Megapascals (MPa )

Cement Raw Material
Silicate

Cement Type
Common Cement

Hardening Feature
Extra Rapid Hardening

Heat of Hydration
Low Heat

Product Strength Grade
Super Grade

Feature
Acid-Proof, Anti-Algae

TATA OPC Cement Trade Information

Minimum Order Quantity
700 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
500000 Kilograms Per Month

Delivery Time
2 Days

Main Domestic Market
All India

About TATA OPC Cement

Tata OPC Cement is a high-quality cement product that provides excellent strength and durability for all construction needs. Made from premium raw materials, this cement ensures a smooth and consistent finish for both residential and commercial projects. Tata OPC Cement is easy to work with and offers excellent binding properties, ensuring a long-lasting and robust structure. With its superior quality and resistance to cracking, Tata OPC Cement is a reliable choice for all construction needs. Available in various pack sizes, trust Tata OPC Cement for their commitment to quality and excellence in manufacturing.

Packaging Type	PP Sack Bag
Type	OPC (Ordinary Portland Cement)
Brand	tata
Grade	53
Packaging Size	50 kg

Superior Strength and Durability

Engineered with a strength grade of Super Grade, TATA OPC Cement ensures robust structures that withstand heavy loads. Its 53 MPa compressive strength contributes to reliable foundations, pillars, and slabs, promoting long-lasting durability. The cements acid-proof and anti-algae features make it perfect for industrial and residential projects exposed to moisture and chemical attacks.

Rapid Hardening for Efficient Projects

With extra rapid hardening capabilities, this cement accelerates construction schedules, enabling faster formwork removal and reducing project delays. The low heat of hydration reduces thermal cracking risk, making it suitable for mass concrete pours such as large buildings, bridges, or dams. This efficiency supports contractors in meeting tight deadlines without compromising quality.

FAQs of TATA OPC Cement:

Q: How does the extra rapid hardening feature of TATA OPC Cement improve construction efficiency?

A: The extra rapid hardening feature allows structures to gain strength quickly, enabling earlier removal of formwork and reducing waiting times between construction phases. This accelerates the overall project timeline without compromising on strength or quality.

Q: What makes TATA OPC Cement suitable for use in harsh or chemically exposed environments?

A: TATA OPC Cement has acid-proof and anti-algae properties, making it highly resistant to chemical attacks and fungal growth. These features make it ideal for environments prone to moisture, chemicals, or biological activity, increasing the longevity of structures.

Q: When should TATA OPC Cement be used in construction projects?

A: This cement is recommended for any project requiring high compressive strength, rapid setting, and durability, such as foundations, structural elements, industrial facilities, or mass concrete applications. Its low heat of hydration is particularly beneficial in large pours to minimize cracking.

Q: Where can customers purchase TATA OPC Cement in India?

A: TATA OPC Cement is widely distributed across India and is available through authorized distributors, suppliers, manufacturers, exporters, service providers, and traders. Customers can contact these vendors to source quality cement for their construction needs.

Q: What is the process for using TATA OPC Cement in concrete mixes?

A: To use TATA OPC Cement, mix it with appropriate aggregates and water as per standard ratios recommended for the desired concrete grade. Its rapid hardening and low heat properties should be considered when planning the curing cycle and construction schedule.

Q: What are the benefits of choosing TATA OPC Cement for large infrastructure projects?

A: The benefits include high compressive strength, quick hardening for faster project completion, reduced risk of thermal cracking due to low heat of hydration, and enhanced durability in acidic or algae-prone environments, ensuring structural reliability over time.

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