物理的活性炭
Buy Physically Activated Carbon
Physically Activated Carbon, or Thermally Activated Carbon or Steam Activated Carbon, is a unique form of activated carbon developed through a process of physical activation. It is a high-grade adsorbent material that is one of the served activated carbon products sold by Jiangsu Energy Import and Export Co., LTD.
Key Characteristics of Physically Activated Carbon
Raw Material:
- Can be produced from various carbon-rich sources such as coconut shells, wood, coal, or other organic materials
製造工程：
- Involves carbonization of the raw material at high temperatures (400-900°C)
- Followed by activation using oxidizing gases, typically steam, CO2, or a mixture of these at temperatures between 800-1100°C
- Produced under stringent quality control measures
物理的特性：
- Available in various forms: powder, granular, or shaped
- High surface area due to its porous structure
- Low ash content, typically less than 5%
化学的性質：
- pH value can be customized, generally ranging from 6-9
- High carbon content
- Low moisture content, usually less than 5%
構造上の特徴
- 発達したマイクロポーラス構造
- 高い総細孔容積
- Diverse pore size distribution
Customization:
- Can be tailored to specific particle sizes and activation levels
- Adaptable to various industry standards and specifications
Quality Assurance:
- Meets national and international quality standards
- Undergoes rigorous testing throughout the production process
Physical Activated Carbon is a flexible and commonly used type of activated carbon. The qualities of physical activated carbon can be tailored during the creation process to meet different needs. Therefore, physical activated carbon can be prepared for a large number of applications in industrial and environmental areas.
活性炭の種類
- ヨウ素価：600-1200
- メッシュサイズ:1×4/4×8/8×16/8×30/12×40/20×40/20×50/30×60/40×70 (その他のサイズはお問い合わせください)
- 見かけ密度400-700
メリット
多彩なアプリケーション
Suitable for a wide range of uses including sewage treatment, waste gas treatment, gold refining, and high-end water purification processes.
Superior Pore Structure
Created through physical activation, resulting in a well-developed pore network for excellent adsorption capabilities.
カスタマイズ可能なソリューション
Offers personalized product options to meet specific customer needs, optimizing performance for unique industrial requirements.
環境コンプライアンス
国際環境基準（REACH、RoHSなど）に適合し、お客様の環境保護目標をサポートします。
高度な生産技術
Utilizes leading activated carbon preparation technology, ensuring consistent quality and performance across various applications.
厳格な品質管理
原材料の選択から最終製品に至るまで厳格な検査を実施し、国内および国際規格への適合を保証する。
持続可能な選択
Aligns with green environmental protection concepts, contributing to reduced environmental impact and supporting eco-friendly practices.
アプリケーション
水処理
Advanced Water Purification
Physically activated carbon is utilized in water treatment procedures to remove organic compounds and substances causing unfavorable tastes and odors from drinking water and wastewater. With a high iodine value (800 – 1200 mg/g) and ash levels ( less than 5%), it can be used for municipal and industrial water purification applications.
ガス処理
Industrial Emission Control
As with water, physically activated carbon can remove harmful and malodorous substances from gases in gas purification systems to benefit air quality and pollution control in industrial applications. High CTC adsorption (>50-100%) allows for efficient emission control by the end user.
Gold Recovery
Precious Metal Extraction
Physically activated carbon is widely used in gold recovery operations. Its high adsorption value and high durability profile make it ideal for extracting gold from ore leachates in an efficient and profitable gold mining operation.
食品産業
Food and Beverage Quality Enhancement
In the food industry, physically activated carbon is used to decolorize, purify, and remove impurities from food ingredients. A high methylene blue adsorption value (100 – 200 mg/g) allows for high-quality food beverage production as it caters to taste and appearance enhancement, especially in applications such as sugar refining.
関連ブログ
Physically activated carbon is made using heat and gases, not chemicals, to create pores for effective...