Viton Sleeve

Viton Sleeves encapsulate plug samples, ensuring secure positioning and structural integrity during the analysis process.

Viton Sleeves encapsulate soft and unconsolidated formations, ensuring secure positioning and maintaining structural integrity during high-temperature and high-pressure analysis conditions. Designed specifically for delicate samples, these sleeves provide excellent protection against contamination and deformation, preserving the sample’s condition throughout the testing process. The durable Viton material is resistant to harsh conditions, making it ideal for safeguarding sensitive formations during demanding analytical procedures.

Test Session

Reference Material

Materail: FKM 75

Hardness

75±5 SHORE A

Specific gravity

Value: ≤ 1.92 g/cm³

Diameter:

1″ & 1.5″

Tensile strength

Value: 7,14 MPa

Elongation

Value: > 250%

Compression set:

Test condition: 22 hours at 175ºC

Value: 32%

What is a Viton Sleeve and how is it used?

A Viton Sleeve is a durable protective layer used to encapsulate drill rock samples or core samples, particularly from soft or unconsolidated geological formations, ensuring their integrity during rock analysis and core analysis.

What are the main benefits of using a Viton Sleeve?

Its main benefits include safeguarding the structural integrity of core samples, preventing contamination during geological or oil & gas studies, and enabling accurate analysis by preserving delicate formations.

Is Viton Sleeve suitable for high-temperature applications?

Viton Sleeves are highly suitable for high-temperature applications and can withstand exposure to chemicals and oils, making them indispensable for demanding oil & gas and geological core analysis procedures.

Viton Sleeves withstand exposure to chemicals and oils?

Yes, Viton Sleeves are highly resistant to chemicals and oils, making them ideal for safeguarding drill rock samples and core samples during geological and oil & gas core analysis. Their durability ensures protection against harsh substances while maintaining the integrity of delicate formations. This reliability is critical for accurate rock analysis in challenging environments.