Functional fluorine material gas sampling bag

Anti-static Fluorinated Material Gas Sampling Bag
Modification Method: Add conductive fillers (e.g., carbon black, graphene) or apply anti-static coatings (e.g., fluorinated polyurethane) to the fluorinated material, reducing surface resistance below 10⁶Ω.
Features: Effectively prevents electrostatic accumulation, avoiding explosions or gas decomposition caused by sparks.
Applications: Suitable for sampling flammable or explosive gases (e.g., H₂, CH₄) or gas collection in dusty environments.

Transparent Fluorinated Material Gas Sampling Bag
Modification Method: Enhance light transmittance to over 90% by controlling the crystallinity of the fluorinated material or adding transparency-enhancing agents (e.g., fluorinated polyethers).
Features: Enables direct observation of gas color or turbidity, allowing non-destructive preliminary analysis.
Applications: Ideal for scenarios requiring rapid assessment of gas properties, such as environmental monitoring during sudden pollution incidents.

Self-healing Fluorinated Material Gas Sampling Bag
Modification Method: Embed microcapsules (containing repair agents like fluorinated monomers) into the fluorinated material. When the bag is scratched or punctured, the microcapsules rupture, releasing the repair agent to polymerize under UV light or heat, forming a patch.
Features: Extends service life and minimizes sample loss due to damage.
Applications: Suitable for long-term gas sampling in remote or unmanned environments.