China is an important producer of calcium carbide, and the location of production facilities plays a role in the industry's supply chain. For international buyers, understanding where calcium carbide is produced can provide useful context when evaluating supply sources and planning purchases. Inner Mongolia is one of China's important calcium carbide-producing regions. Its industrial base, energy resources and established chemical manufacturing sector make it an important part of the country's calcium carbide industry. 1. Why Is Inner Mongolia Important to Calcium Carbide Production? Calcium carbide production requires substantial electricity and industrial raw materials. As a result, production locations are influenced by energy availability, raw material supply, industrial infrastructure and local manufacturing conditions. Inner Mongolia has developed a substantial industrial base for energy-intensive products, including calcium carbide. The region's industrial infrastructure supports chemical manufacturing and related downstream industries. For international buyers, this regional production base is relevant because it helps explain…
LIRE LA SUITE1. Introduction Calcium carbide slag is an industrial by-product mainly composed of calcium hydroxide (Ca(OH)₂). It can be used as an alternative alkaline reagent in wet flue gas desulfurization (FGD) systems to remove sulfur dioxide (SO₂) from industrial exhaust gases. Compared with conventional limestone-based desulfurization, calcium carbide slag may offer advantages in chemical reactivity and industrial waste utilization. However, its application requires proper material preparation and process control. 2. Desulfurization Principle The main active component of calcium carbide slag is calcium hydroxide, which reacts with sulfur dioxide in flue gas. The main chemical reaction is: Ca(OH)₂ + SO₂ → CaSO₃ + H₂O The resulting calcium sulfite can be further oxidized into calcium sulfate in the presence of oxygen: 2CaSO₃ + O₂ → 2CaSO₄ Under suitable operating conditions, calcium sulfate can form gypsum, which may be separated from the slurry for further treatment or qualified reuse. The actual desulfurization efficiency depends…
LIRE LA SUITECalcium carbide (CaC₂) is an important industrial raw material used in acetylene production, steel desulfurization, chemical synthesis, and other industrial applications. For importers and industrial users, choosing a calcium carbide supplier is not simply about finding the lowest price. Product consistency, production capacity, delivery reliability, quality control, packaging, and communication all have a direct impact on long-term supply stability. This guide outlines the key factors buyers should consider when evaluating a calcium carbide supplier. 1. Product Quality Comes First 1.1 Gas Yield and Impurity Control For calcium carbide buyers, gas yield is one of the most important quality indicators, particularly for acetylene production. A reliable supplier should be able to provide clear specifications for gas yield, particle size, and impurity levels, together with inspection documentation for each shipment. Buyers should pay particular attention to: Gas yield Particle size consistency Impurity content Product appearance and ash Batch-to-batch consistency Inspection and testing…
LIRE LA SUITECalcium carbide (CaC₂) is widely known as a raw material for acetylene production, but it also has an important role in the steel industry. One of its uses is helping remove sulfur from molten iron during steelmaking. For steel producers, sulfur control is an important part of producing steel with the required quality and performance. 1. Why Is Sulfur Removal Important? Sulfur is an impurity that can negatively affect the properties of steel, depending on its content and the steel grade being produced. Controlling sulfur levels helps steelmakers meet product specifications and maintain consistent quality. For this reason, desulfurization is an important step in many steel production processes. 2. How Does Calcium Carbide Help? Calcium carbide can act as a desulfurizing agent. Under suitable process conditions, it reacts with sulfur in molten iron and helps transfer sulfur into the slag. This process can help reduce the sulfur content before the…
LIRE LA SUITECalcium carbide (CaC₂) is an important industrial raw material widely used in acetylene production, steelmaking, and other chemical applications. Due to its highly reactive nature, calcium carbide requires specialized packaging to ensure product quality, storage safety, and reliable transportation. Understanding the packaging characteristics of calcium carbide is essential for manufacturers, distributors, and international buyers. 1. Excellent Moisture Resistance One of the most important characteristics of calcium carbide packaging is its ability to prevent moisture from entering the package. Calcium carbide reacts with water to produce acetylene gas and calcium hydroxide. This reaction can generate heat and create serious safety risks. Therefore, packaging materials must provide an effective moisture barrier and remain properly sealed during storage and transportation. Common packaging solutions include moisture-resistant inner liners and tightly sealed metal drums, depending on the product specifications and applicable regulations. 2. Strong and Durable Packaging Materials Calcium carbide packaging must be strong enough…
LIRE LA SUITEIntroduction The calcium carbide acetylene process is a widely used method for producing acetylene gas in industrial applications. It involves a chemical reaction between calcium carbide (CaC₂) and water, generating acetylene gas (C₂H₂) and calcium hydroxide. Chemical Reaction The reaction can be expressed as follows: CaC₂ + 2H₂O → C₂H₂ + Ca(OH)₂ + Heat This reaction releases heat and must be carried out using properly designed industrial equipment with appropriate safety controls. Main Production Steps Raw Material Preparation: Calcium carbide is inspected for quality, particle size, and moisture protection. Acetylene Generation: Calcium carbide reacts with water in a dedicated generator to produce acetylene gas. Gas Purification: The generated gas is cooled, purified, and treated according to the required quality standards. Storage and Supply: The treated gas is supplied for industrial use or transferred into approved acetylene cylinders using specialized equipment. Applications of Acetylene Acetylene is widely used in oxy-acetylene welding…
LIRE LA SUITECalcium carbide is an important raw material for acetylene production. For acetylene manufacturers, choosing the right calcium carbide can help improve production efficiency and control operating costs. But what should buyers consider when evaluating calcium carbide quality? 1. Gas Yield Gas yield is an important factor for acetylene producers. It indicates how much acetylene can be generated from a certain amount of calcium carbide. A higher gas yield can mean lower raw material consumption for the same production target. Buyers should compare gas yield specifications and test results when evaluating different suppliers. 2. Particle Size Calcium carbide is available in different particle sizes to meet different production requirements. The appropriate size depends on the customer's equipment and operating process. Selecting a suitable specification can help ensure that the material works effectively in the production system. 3. Moisture Protection Calcium carbide reacts with water to produce acetylene. Therefore, keeping the product…
LIRE LA SUITEKey considerations before booking: UN classification, moisture protection, packaging integrity and safe handling. January 30, 2026 When importing calcium carbide, product quality is only one part of the equation. Because calcium carbide is classified as dangerous goods, proper packaging, documentation and moisture control are equally important throughout transportation and handling. For international shipments, calcium carbide is generally transported under: UN No.: UN 1402 Proper Shipping Name: CALCIUM CARBIDE Hazard Class: 4.3 – Substances which, in contact with water, emit flammable gases Packing Group: II, where applicable to the shipment Sea transport: Subject to the applicable IMDG Code requirements The main hazard is not spontaneous ignition. Calcium carbide reacts with water and produces acetylene gas, which is highly flammable. For this reason, keeping the cargo dry is one of the most important safety requirements during storage and transportation. 1. Check that dangerous goods information is consistent A calcium carbide shipment involves…
LIRE LA SUITECalcium carbide (CaC₂) is an important industrial raw material with a wide range of downstream applications. Its ability to generate acetylene gas makes it particularly valuable in the chemical and metal industries. 1. Acetylene Gas Production One of the most important uses of calcium carbide is the production of acetylene (C₂H₂). When calcium carbide reacts with water, it produces acetylene gas, which is widely used for: Gas welding and cutting Metal fabrication Chemical synthesis Industrial gas production 2. PVC and Vinyl Production Acetylene produced from calcium carbide can be further processed into vinyl chloride monomer (VCM), which is an important raw material for PVC production. This route remains significant in regions where coal and calcium carbide are readily available. 3. Chemical Manufacturing Calcium carbide and acetylene are used as feedstocks for producing various chemicals and organic compounds, including materials used in plastics, solvents, and other industrial products. 4. Steel and…
LIRE LA SUITECalcium carbide (CaC₂) is an important industrial raw material used in acetylene production, chemical manufacturing, steel processing and other applications. When buyers compare calcium carbide suppliers, price is naturally one of the first things they consider. However, the price of calcium carbide is affected by several factors, and the lowest price does not always mean the lowest overall cost. 1. Calcium Carbide Quality Quality is one of the most important factors affecting calcium carbide prices. Different products can have different levels of purity, moisture and impurities. Higher-quality calcium carbide generally provides more stable performance during use. For buyers, it is important to compare quality specifications and actual performance, rather than looking only at the price per ton. 2. Gas Yield For customers using calcium carbide to produce acetylene, gas yield is especially important. A higher gas yield means that less calcium carbide may be required to produce the same amount…
LIRE LA SUITEFrom acetylene generation to steel desulfurization, calcium carbide continues to support essential industrial processes Calcium carbide (CaC₂) is not usually the material that attracts the most attention in the chemical industry. It is a traditional industrial raw material, and its chemistry has been understood for more than a century. Yet its importance is easy to recognize in the industries that depend on it. In acetylene production, the quality of calcium carbide directly affects gas generation and operating stability. In steelmaking, specially sized carbide can be used as a desulfurizing reagent to help control sulfur levels in molten iron. Behind these applications is a simple but important requirement: the material must perform consistently in real production conditions. For calcium carbide suppliers, this means quality is not determined by a chemical formula alone. Particle size, gas yield, impurity control, packaging, storage, and delivery reliability can all influence the customer's actual production experience.…
LIRE LA SUITEChina is one of the world's major calcium carbide producers, with production concentrated in several regions including Inner Mongolia, Ningxia, Xinjiang, Shaixi, and other coal- and electricity-rich areas. Although calcium carbide from different regions is manufactured according to the same basic chemical principle, the raw materials, energy structure, production conditions, logistics, and supplier capabilities can create differences in cost, consistency, and supply stability. 1. Abundant Raw Materials Inner Mongolia is one of China's major energy and industrial bases. The region has abundant coal resources, which are an important advantage for calcium carbide production. Calcium carbide is produced by reacting lime with carbon materials at very high temperatures. Therefore, the availability and cost of electricity, coal, and limestone have a significant influence on production economics. Compared with regions with higher energy or raw-material costs, Inner Mongolia can offer advantages in terms of large-scale production and integrated industrial supply chains. 2. Competitive…
LIRE LA SUITEInner Mongolia Kede Chemical Co. Ltd.
Téléphone : +86 474 4865559 +86 474 4865559
WhatsApp/Wechat : +86 186 1716 1031
Courriel : [email protected]
Principale base de production :
Zone de développement industriel des nouveaux matériaux d'Ulanqab en Mongolie intérieure,
Chahar Right Wing Rear Banner, Ulanqab City, Inner Mongolia, China
Soutien à l'installation de production
Zone orientale du parc industriel des fluorures, ville de Fengzhen, Mongolie intérieure, Chine
