Formaldehyde Determination Apparatus/Perforator

Formaldehyde Determination Apparatus/Perforator Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA), Cheque

Supply Ability
5 Units Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
STURDY BOX PACKAGING

Main Export Market(s)
Asia

Main Domestic Market
All India

Certifications
ISO 9001:2015

About Formaldehyde Determination Apparatus/Perforator

A formaldehyde determination apparatus isa scientific instrument used to measure the amount of formaldehyde present in a substance, often wood-based materials like plywood or particle board.The most common method is the perforator method, which involves extracting formaldehyde using a solvent like boiling toluene and then quantifying it through various techniques, such as photometric analysis.

Here's a breakdown of the apparatus and its components:

Components:

Perforator:A glass vessel where the extraction process takes place.
Condenser:Used to condense the solvent vapor back into liquid during extraction.
Reduction Adapters:Connect different parts of the apparatus, such as the condenser and flask.
Filter Insert:Filters out any solid particles from the solution during extraction.
Round Bottom Flask:Holds the solution during the extraction process.
Double Bulb Tube with Absorption Bulb:Used to collect the extracted formaldehyde.
Heating Mantle:Provides heat for the extraction process.
Stands and Clamps:Hold the apparatus securely in a vertical position.

How it works (Perforator Method):

1.Extraction:

The sample (e.g., wood-based material) is placed in the perforator, and a solvent (like toluene) is added.The mixture is heated, and the solvent boils, extracting the formaldehyde.
2.Condensation:

The vaporized solvent is condensed back into liquid by the condenser.
3.Absorption:

The condensed solvent drips back onto the sample, continuing the extraction process.The extracted formaldehyde is absorbed into a separate solution, often water.
4.Quantification:

The formaldehyde content in the water solution is then determined using techniques like photometry, which measures the absorbance of light by the solution.

Other methods and considerations:

Colorimetric methods:Use color changes to indicate formaldehyde concentration.
Chromatography:A separation technique used for formaldehyde detection with low detection limits.
Biosensors:Use biological components for formaldehyde detection.
Portable devices:Offer on-site testing capabilities.
Formaldehyde meters:Used for air quality monitoring.
Formaldehyde test kits:Provide reagents and instructions for formaldehyde analysis.

Importance of formaldehyde determination:

Formaldehyde is a volatile organic compound (VOC) that can be harmful to human health, causing respiratory irritation and potentially leading to more serious health issues with long-term exposure.Therefore, accurate formaldehyde determination is crucial for ensuring product safety and regulatory compliance in various industries, including wood-based products, textiles, and consumer goods.

Tell us about your requirement