Low Emissions Family
Carbon Fiber and Graphite
The main characteristics for carbon fiber and graphite packings are:
• Self-Lubricating – Low Friction – High Peripheral Speed
• Heat Conductivity and Thermal Stability
• Chemical Resistance
• Corrosion Inhibitors
Teadit® 2848
Teadit® 2848 is braided from a proprietary yarn made from flexible graphite reinforced with an innovative polymeric structure. This design allows the packing to meet the strict fugitive emissions service requirements without the need for metallic reinforcements, commonly used on this type of service. Each yarn is embedded with Teadit® Tags in its polymeric structure that are inseparable from the packing and create a uniquely identifiable fingerprint.
Style 2236
Teadit® 2236 valve packing is self-lubricating, non-hardening, dimensionally stable and resistant to gases and fluids as well as heat, pressure and chemicals. It’s high temperature flexible graphite and Inconel® filament jacket affords mechanical stability while the advanced construction provides leakage control and high integrity in steam service. Due to its physical properties and ability to minimize friction.
Teadit® 2848
Style 2236
Spiral Wound
The TEADIT® plant has manufactured spiral-wound gaskets since 1965. It is located in the largest and most progressive industrial and metallurgical complex in Brazil.
In 1975, TEADIT® moved into its present, modern facilities. The plant was further enlarged in 1982 when TEADIT® merged with another company which was engaged in the manufacture of metal expansion joints, shock absorbers and special bellows. Today, TEADIT® is one of the largest fabricators of spiral-wound gaskets, expansion joints and bellows in the world.
Style 913M
The 913M is the standard spiral wound gasket with an inner ring. The purpose of this ring is to fill out the space between the flanges, avoiding turbulence in the flow of the fluid or as protection against corrosion or erosion. It is also used as a compression limit. Gaskets with PTFE filler have a tendency to inward buckle thus the use of an inner ring is required by ASME B16.20.