SigmaOne™ Gasket by Flexitallic

BENEFITS

UNIVERSAL CHEMICAL COMPATIBILITY

Until now, chemical manufacturing facilities have been required to utilize a variety of conventional-filled PTFE materials to cover the chemical range in its entirety. Thus, increasing the likelihood of gasket misapplication.

• PTFE is commonly used for sealing within chemical service applications.
• 100% Pure PTFE provides excellent chemical compatibility, but does have its drawbacks.
• Pure PTFE is not stable under heat & pressure, which is known as “creep.” Excessive “creep” results in the loss of load on the gasket, and therefore increases the likelihood of leakage.
• In order to minimize creep, fillers are commonly added to PTFE during the manufacturing process.
• Fillers help to stabilize the gasket, but each has its own chemical compatibility limits and related trade-offs.
• The most common fillers are glass spheres (blue), silica (fawn), and barium sulfate (bone or off-white).
• Many companies must utilize a wide variety of materials to properly seal the assortment of chemical service applications.
• Companies that utilize a variety of PTFE sealing materials are more at risk of misapplication, which can negatively impact safety, reliability, and up-time.

FEATURES

• Flexitallic’s proprietary manufacturing process allows for high-performance in every direction (biaxial).
• The formula incorporates PTFE & a proprietary filler, which are both well-known for their exceptional chemical resistance.
• Reduced risk of misapplication and inventory consolidation are a result of SIGMA® One’s excellent chemical compatibility.
• High compressibility provides easier installation and lower load to seal, minimizing the likelihood of equipment damage.
• SIGMA® One provides superior creep & cold flow resistance, increased sealability, decreased emissions & peace-of-mind.
• SIGMA® One’s biaxially-orientation makes it the ideal solution for applications with elevated mechanical requirements.