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Iran's Cement Exports to Iraq, Afghanistan, and Central Asia

Iran's Cement Exports to Iraq, Afghanistan, and Central Asia

Iran’s Cement Exports to Iraq, Afghanistan, and Central Asia Cement is one of the most important building materials, playing a key role in infrastructure and construction projects. With abundant mineral resources and an annual production capacity of over 80 million tons, Iran is one of the world's largest producers of cement. A significant portion of this production, in addition to meeting domestic demand, is exported to neighboring countries. For Iran, cement export is not just a commercial activity but a strategic tool to develop economic relations with countries in the region. Countries such as Iraq, Afghanistan, and some of the Central Asian republics are major markets for Iranian cement due to their growing need for construction materials. This article reviews the capacities, challenges, and opportunities of Iranian cement exports to these countries and explains the role of the SharMarket platform in presenting and facilitating this export route.


Cement Market in Iraqi Kurdistan for Iran, Turkey, and Russia

Cement Market in Iraqi Kurdistan for Iran, Turkey, and Russia

Cement market in Iraqi Kurdistan for Iran, Turkey, and Russia The cement market in Iraqi Kurdistan has experienced significant growth in recent years, especially with the rise of construction projects and the development of urban and industrial infrastructure. Due to its strategic geographical position, this region has become an important hub for supplying cement from neighboring countries. Iran, Turkey, and Russia—all with high production capacities and the ability to meet market demands—have shown special interest in exporting cement to Iraqi Kurdistan. The increase in residential construction, road projects, and industrial developments has created considerable demand for high-quality cement. As a result, exporters need to understand the market thoroughly, comply with the required standards, and plan logistics appropriately to capitalize on existing opportunities.


Technical Comparison of Cement Types 1 to 5 + Their Standards

Technical Comparison of Cement Types 1 to 5 + Their Standards

Technical comparison of cement types 1 to 5 + Their standards Portland cement is a family of hydraulic adhesives that, by hydrating its clinker phases—mainly alite (C₃S), belite (C₂S), aluminate (C₃A), and ferrite (C₄AF)—produce C-S-H gel and calcium hydroxide, forming the durable framework of concrete. The main factors distinguishing different cement types (1 to 5) are the chemical makeup of the clinker (especially the percentage of C₃A and the C₃S/C₂S ratio), the fineness of milling, and sometimes modifying additives. These differences directly influence the kinetics of early and final strength, heat of hydration (Q), behavior in aggressive sulfate/chloride environments, and the risk of thermal cracking. In summary: Types with higher C₃S and fineness (like Type III) develop strength more rapidly, but have higher Q and greater risk of thermal cracking. Types with low C₃A (like Type V) provide higher sulfate resistance, but usually slower initial strength gain than high-heat types. Low-heat types (like Type IV) are designed for mass concrete pours to control temperature gradients and thermal stress. General-purpose types (Type I/II) offer a suitable balance of workability, strength, and durability, and are the most common economic choice for projects.


Cement Production Process: From Extraction to Packaging

Cement Production Process: From Extraction to Packaging

Sep 22, 2025

Cement production process from extraction to packaging Cement is a strategic product in construction, derived from carbonate and clay rocks, and delivered to the end user following a precise industrial chain—from mine exploration to bagged or bulk delivery. This journey combines mining engineering, mechanics, chemistry, energy, and quality control. Therefore, if any stage is not properly designed and controlled, it can impact the final quality, production cost, energy consumption, and even the carbon footprint.


What Factors Affect Cement Prices?

What Factors Affect Cement Prices?

What factors affect cement prices? Cement, as one of the most widely used building materials worldwide, plays a vital role in infrastructure development, housing construction, and industrial projects. Its importance is such that even slight changes in its price can have significant impacts on the housing market, construction project costs, and even macroeconomic indicators. Therefore, analyzing the factors influencing cement prices is crucial not only for engineers and contractors, but also for investors, governments, and even ordinary consumers. Cement prices are subject to a range of internal (such as production costs and technical processes) and external (including government policies and the global market situation) factors. Below, we examine three key factors—production costs, supply and demand, and government policies—in detail.


How to Distinguish Fake Cement from Genuine Cement?

How to Distinguish Fake Cement from Genuine Cement?

How can you tell fake cement from genuine cement? Cement is one of the most vital construction materials, and its quality directly affects the strength, durability, and safety of structures. Unfortunately, in recent years, the presence of fake or poor-quality cement in the market has increased. Such cement, lacking the necessary standards, can lead to decreased structural strength, higher repair costs, and even life-threatening incidents. At first glance, it may seem difficult to distinguish genuine cement from fake, but with knowledge and awareness, you can avoid significant financial loss and safety risks. In this article, we will cover the differences between authentic and counterfeit cement, identification methods, and key tips for buying, so you can confidently use cement in your construction projects.


Differences between Bulk and Bagged Cement

Differences between Bulk and Bagged Cement

Differences between Bulk and Bagged Cement Cement is one of the most important building materials, playing a vital role in the strength and durability of structures. This powdery substance, when mixed with water and other materials, turns into a tough and durable product used in construction, civil engineering projects, precast concrete manufacturing, and many other applications. Today, cement is offered in two main forms in the market: bulk and bagged. Each type comes with its own unique features, advantages, and limitations. Making the right choice between the two can significantly affect the quality of work, reduce costs, and even speed up project execution. In this article, we will thoroughly examine the differences between bulk and bagged cement, the pros and cons of each, and also provide a guide for choosing the best option for different projects.


What is Cement and How is it Produced?

What is Cement and How is it Produced?

Sep 22, 2025

What is cement and how is it produced? Cement is one of the most widely used building materials in the world, playing a main role in binding materials and giving strength to structures. This powdery substance becomes adhesive after being mixed with water, resulting in the unification of aggregates and other building materials. Cement is used in the production of concrete, mortar, and many prefabricated building products.


Faucets Designed for Large-Scale Projects (Towers, Hotels, Shopping Centers)

Faucets Designed for Large-Scale Projects (Towers, Hotels, Shopping Centers)

In large-scale construction projects such as residential and office towers, luxury hotels, and multi-purpose shopping centers, choosing the right mechanical equipment is crucial for ensuring the quality, durability, and efficiency of the entire building. Faucets, as one of the key components of mechanical systems, not only play a fundamental role in water supply and flow control but also have a direct impact on energy consumption, resource optimization, and the overall user experience. Due to high volume usage and heavy traffic in these types of projects, faucets must meet stringent technical and quality standards to address diverse and complex needs. Additionally, selecting suitable faucets with consideration for environmental factors, interior design, and ecological requirements is particularly important. In this article, we provide a comprehensive review of various faucets designed for large-scale projects so that engineers, contractors, and project managers can make the best decisions regarding the selection and use of this equipment.


The Role of Faucets in Optimized Water Use + Introduction to Low-Consumption Products

The Role of Faucets in Optimized Water Use + Introduction to Low-Consumption Products

In today’s world, faced with the increasing challenge of water scarcity and environmental crises, managing water resources is not only an environmental concern but also an economic and social necessity. A large portion of urban water usage in homes, offices, and public spaces occurs through equipment such as faucets; simple but highly impactful tools in everyday water consumption.

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