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Laboratory Apparatus

Our range of products include formaldehyde determination apparatus/perforator.

Formaldehyde Determination Apparatus/Perforator

Formaldehyde Determination Apparatus/Perforator
  • Formaldehyde Determination Apparatus/Perforator
  • Formaldehyde Determination Apparatus/Perforator
  • Formaldehyde Determination Apparatus/Perforator
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Product Price: Rs 25,000 / PieceGet Best Price

Minimum Order Quantity: 1 Piece

Product Details:
Country of OriginMade in India
A formaldehyde determination apparatus is a scientific instrument used to measure the amount of formaldehyde present in a substance, often wood-based materials like plywood or particle board. It typically employs the perforator method, which involves extracting formaldehyde from the sample using a solvent (like toluene) and then analyzing the resulting solution. Here's a breakdown of the key components and principles:1. Perforator Method:
  • Extraction:The sample (e.g., wood) is placed in a perforator, and a solvent (e.g., toluene) is boiled and condensed, dripping onto the sample to extract the formaldehyde.
  • Solvent:Toluene is commonly used as it is immiscible with water and efficiently extracts formaldehyde.
  • Collection:The extracted formaldehyde is dissolved in a separate liquid (e.g., distilled and demineralized water).
  • Analysis:The formaldehyde content in the aqueous solution is then determined using various analytical methods, such as spectrophotometry (e.g., acetylacetone method) or other techniques. 
2. Components of a Typical Formaldehyde Determination Apparatus:
  • Perforator: A specialized extraction flask designed for the perforator method. 
  • Spiral Condenser: Used to condense the solvent vapor and return it to the perforator. 
  • Reduction Adapters: Connect different parts of the apparatus. 
  • Filter Insert: May be included to filter the sample or solvent. 
  • Round Bottom Flask: Used to hold the solvent. 
  • Double Bulb Tube with Absorption Bulb: Used to collect and absorb the extracted formaldehyde. 
  • Heating Mantle: Provides controlled heat for the extraction process. 
  • Stand and Clamps: Used to hold the apparatus securely and vertically. 
3. Standards and Specifications:
  • IS 13745:1993:This Indian Standard specifies the requirements for the apparatus used in the perforator method for determining formaldehyde content in wood-based materials, . 
  • EN 120:1992:A European Standard that also covers the perforator method for formaldehyde determination
4. Other Methods:
  • While the perforator method is widely used, other methods for formaldehyde determination exist, including:
    • Gas Chromatography: Used for analyzing formaldehyde in air samples.
    • Colorimetric Methods: Involve chemical reactions that produce a color change, which can be measured spectrophotometrically.
    • Fluorimetric Methods: Use fluorescence to detect formaldehyde. 
5. Importance:
  • Formaldehyde is a known irritant and carcinogen, and determining its levels is crucial for ensuring product safety and regulatory compliance.
  • Testing is important for various industries, including wood products, adhesives, textiles, and consumer goods. 
In summary, the formaldehyde determination apparatus is a specialized instrument, often using the perforator method, designed to accurately measure formaldehyde levels in various materials for quality control and safety purposes. 



Additional Information:

  • Production Capacity: 5 per week
  • Delivery Time: 1 week
  • Packaging Details: Sturdy Packing
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