OPC Clinker

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Product Details:

Weight 50 kg
Color Grey
Bending Strength 6.5 MPa @ 28 days
MgO % 1.6 % max
SO3 % 2.8 % max
Fineness 320 m/kg
Application Production of Ordinary Portland Cement and blended cement
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OPC Clinker Price And Quantity

Minimum Order Quantity 27 Ton

OPC Clinker Product Specifications

MgO % 1.6 % max
Bending Strength 6.5 MPa @ 28 days
Cement Raw Material Limestone, Clay, Iron ore
Cement Type Clinker
Heat of Hydration Moderate
Color Grey
Weight 50 kg
Hardening Feature Extra Rapid Hardening
Initial Setting Time 30 minutes minimum
Compressive Strength 54 MPa @ 28 days
Soundness 10 mm max
Product Strength Grade 53 Grade
Fineness 320 m/kg
Feature Acid-Proof
Sand Fineness Fine
Sand Type Natural Sand
Application Production of Ordinary Portland Cement and blended cement
SO3 % 2.8 % max
Natural Sand Type Silica Sand

OPC Clinker Trade Information

Payment Terms Cash in Advance (CID)
Supply Ability 50000 Ton Per Month
Delivery Time 3-4 Week
Main Domestic Market All India

Product Description

Owing to the rich industrial experience and expertise in this domain, we are engaged in supplying Clinker . The clinkers are a formulation of specific portions of bauxite, clay, and iron ore sand with gypsum. Our provided clinkers are packed by us in air-tight packaging, which protects the powder from moisture. Our clinkers are procured by us from certified manufactures in the Overseas market. The Clinker is utilized broadly in various construction sites. The clinker is dispatched in bulk arrays at the clients defined place on time.

CaO	65%
C3S	minimum 55%

Rapid Hardening for Accelerated Construction

The extra rapid hardening feature of this OPC clinker provides a significant advantage by reducing waiting times between stages of construction. With a minimum initial setting time of 30 minutes and a compressive strength of 54 MPa at 28 days, projects can proceed with enhanced speed and reliability, ensuring structural integrity and efficiency.

Superior Chemical and Physical Properties

This clinker boasts low chloride content (0.05% max), moderate heat of hydration, and acid-proof capability, making it ideal for diverse construction environments, including those exposed to aggressive substances. The fine fineness and high alumina and silica content further contribute to its mechanical strength and performance in cement production.

FAQs of OPC Clinker:

Q: How is OPC clinker used in the production of cement?

A: OPC clinker serves as the primary ingredient in making Ordinary Portland Cement and blended cement. It is ground with gypsum and other additives to achieve the desired properties before being packaged for construction applications.

Q: What are the main benefits of using extra rapid hardening OPC clinker?

A: The extra rapid hardening feature accelerates the curing process, allowing for quicker construction cycles and early strength development, which is essential for fast-paced projects.

Q: When should acid-proof OPC clinker be considered for a project?

A: Acid-proof OPC clinker is ideal when the construction site risks exposure to acidic conditions, ensuring durability and resistance to chemical attacks, such as in industrial or waste treatment facilities.

Q: What raw materials are combined to manufacture this clinker type?

A: To produce this OPC clinker, quality limestone, clay, iron ore, and fine natural silica sand are blended and sintered under controlled conditions to achieve its specific chemical and physical properties.

Q: Where is OPC clinker typically sourced and supplied in India?

A: OPC clinker is commonly supplied by authorized suppliers and traders in India, with distribution across major construction hubs and through specialized cement manufacturing facilities.

Q: What process ensures the moderate heat of hydration in this clinker?

A: Careful selection and proportioning of raw materials, especially silica and alumina, along with controlled burning, contribute to the moderate heat of hydration, minimizing thermal stresses during curing.

Q: How does the fine sand fineness of 320 m/kg influence the final cement quality?

A: Fine sand fineness enhances the reactivity and surface area available for hydration, resulting in improved cement strength, smoother finishes, and consistent performance in structural applications.

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