Tedlar bags for sampling

Tedlar bags for sampling

Tedlar bags for sampling

 Excellent sample integrity for VOCs, CO, CO2, CH4, SF6. Referenced in many EPA methods. There are several types within the range of Tedlar bags. Request more information as needed.

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Description
Features
Applications
Performance
Advantages

Tedlar Bags are designed for the collection, storage, and transport of gas samples with maximum reliability and chemical stability. Made from Tedlar® film, these bags ensure minimal adsorption and high sample integrity, making them ideal for environmental, industrial, and laboratory analysis.

Thanks to their excellent chemical resistance and low permeability, Tedlar bags allow the gas composition to be preserved during the necessary time for its analysis, preventing contaminations or losses. They are equipped with high-quality valves that facilitate controlled filling and emptying, ensuring safe and reproducible operations.

Tedlar Bags are widely used in air sampling, emission control, biogas studies, landfills, and industrial applications, offering precision, safety, and regulatory compliance.

  • Made from high-purity Tedlar® film
  • Low adsorption and excellent chemical stability
  • High resistance to gases and volatile compounds
  • Equipped with valves for controlled filling and emptying
  • Available in various volumes
  • Suitable for field and laboratory use
  • Ambient air and industrial gas sampling
  • Emissions control and environmental studies
  • Biogas and landfill gas analysis
  • Scientific research and laboratories
  • Industrial processes and quality control

Tedlar Bags are used by connecting them to the sampling system via their integrated valve. The gas is introduced into the bag in a controlled manner, being stored airtight.

The Tedlar® film ensures low interaction with the sample, allowing the gas to maintain its composition until the moment of analysis. After use, the bags can be emptied or disposed of according to the protocol, ensuring safety and precision in each sampling.

  • Maintain gas sample integrity
  • Prevent contamination and losses during transport
  • High reliability for accurate analysis
  • Easy to use and handle in the field
  • Compatible with gas analysis equipment
  • Meet technical and regulatory requirements

Models

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