Finance and Investment

Introducing Cement Export Standards to Europe

Sep 22, 2025

Introducing Cement Export Standards to Europe Cement export to Europe is a major opportunity for producers and exporters from various countries, but successful entry into this market requires compliance with strict regulations and precise standards. The quality of cement, its chemical composition, and compressive strength must align with European standards for products to be allowed into the EU market. Additionally, proper packaging, labelling, and valid documentation are essential for successful export. Given the growth of construction and infrastructure projects in Europe, cement producers from Iran, Turkey, and other countries must be familiar with these standards so their products can compete and avoid customs issues. This article reviews the main cement standards, required documents, transport conditions, and challenges on the way to exporting to Europe. Moreover, the international platform SharMarket can play a significant role in guiding exporters. SharMarket paves the path to successful entry into international markets by providing up-to-date data, introducing potential customers, and informing exporters about regulations and standards in target countries.

Challenges of Cement Export in 2025 for Russia, Iran, and Turkey

Sep 22, 2025

Marketing and Sales

Challenges of cement export in 2025 for Russia, Iran, and Turkey In recent years, cement export has become one of the vital sectors of the economies in the region’s producing countries. Russia, Iran, and Turkey play a significant role in meeting both domestic and international market demands, and their high production capacity enables them to compete in regional and global markets. However, economic, political, and logistical challenges in 2025 will have a direct impact on cement export trends. International sanctions, currency and energy price fluctuations, transport and insurance limitations, as well as intense regional competition, are among the issues exporters must carefully manage to maintain and grow their market share. Additionally, changes in climate conditions and environmental standards in destination countries may affect the quality and price of cement. This article provides a detailed analysis of the cement export status of the three countries—Russia, Iran, and Turkey—exploring the main challenges facing exporters, available opportunities, and proposed solutions for improving performance in 2025.

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

Sep 22, 2025

Marketing and Sales

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

Sep 22, 2025

Marketing and Sales

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.

The Role of Cement in Concrete Strength in Various Climatic Conditions

Sep 22, 2025

sharmarket News

The Role of Cement in Concrete Strength in Various Climatic Conditions Concrete is one of the most widely used building materials, and its durability is directly related to the type of cement and environmental conditions. Changes in climate—including extreme heat, freezing cold, high humidity, and even chlorinated environments like coastal areas—can impact the quality and lifespan of concrete. Cement, as the main component in concrete mixtures, plays a decisive role in its strength and stability. Choosing the right type of cement and using appropriate chemical and mineral additives can help structures become more resistant to cracking, corrosion, and reduced durability.

Cement Additives: Types, Benefits, and Practical Applications

Sep 22, 2025

sharmarket News

Cement Additives: Types, Benefits, and Practical Applications In civil engineering and the construction industry, cement is recognized as a fundamental material whose quality and properties directly impact the durability and performance of concrete. However, the natural properties of cement alone do not always meet the diverse requirements of various construction projects. Changing weather conditions, structural types, operational requirements, and even economic concerns drive engineers towards using cement additives.

Technical Comparison of Cement Types 1 to 5 + Their Standards

Sep 22, 2025

Marketing and Sales

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 Quality Control Tests in Factory and Construction Site

Sep 22, 2025

International business

Cement Quality Control Tests in Factory and Construction Site Cement quality control is a crucial stage in both the production and use of this widely used material in the construction industry. The quality of cement has a direct impact on the strength, durability, and service life of concrete. Even when other materials are of high quality, using inferior cement can cause early cracking, reduced compressive strength, and chemical problems in the concrete. In factories and on building sites, quality control tests are performed for two main purposes: Production quality control: Ensuring that cement is produced in accordance with national and international standards. Usage quality control: Making sure that the cement has proper physical and chemical properties before it is used in concrete or mortar. Thanks to technological advances, today, in addition to traditional methods, advanced equipment and smart online systems are also used for monitoring cement quality. This helps manufacturers and contractors prevent potential issues and produce strong, durable concrete.

Why Does Concrete Crack? The Role of Cement in Concrete Durability

Sep 22, 2025

sharmarket News

Why does some concrete crack? The role of cement in concrete durability Concrete is one of the most widely used construction materials in the world, found in nearly every type of civil project from small homes to massive dams and towers. Its popularity is due to its high strength, easy access to raw materials, and reasonable cost. However, one of the common issues observed in many projects is concrete cracking. Cracks may seem superficial and unimportant at first, but they can actually indicate a reduction in the durability of the structure, increased permeability to moisture and chemicals, and even the start of premature deterioration. It's important to note that cracking in concrete does not always mean there is a structural weakness, but ignoring cracks can cause serious problems over time. Among the key factors is the quality of cement and its role in the concrete-making process. Choosing the right type of cement, the correct water-to-cement ratio, and even how cement is stored on site can all play decisive roles in concrete strength and crack prevention. In the remainder of this article, we’ll examine the main causes of concrete cracking, the part cement plays in durability, and effective ways to prevent this issue. We’ll also highlight the importance of selecting the right cement based on climate conditions and the type of project.

Cement Storage Conditions in Warehouse or Construction Site

Sep 22, 2025

sharmarket News

Cement Storage Conditions in Warehouses or Construction Sites Cement is one of the most important and widely used construction materials in the world, playing a key role in the quality and durability of structures. However, an often overlooked factor by many contractors and even engineers is the proper storage conditions for cement. Cement is highly sensitive to moisture and environmental factors, and if not stored correctly, it can rapidly lose its quality. Improper storage can lead to clumping, reduced final strength of concrete, increased project costs, and even irreparable damage to structures. Therefore, adhering to scientific and standard principles in warehousing or storing cement at a construction site is not only economically sensible, but also guarantees the quality and safety of construction projects. In this article, we will thoroughly examine the conditions and principles of cement storage in warehouses and construction sites, sharing essential tips to prevent deterioration or quality loss.