Compression Packs
Teadit Compression Packings are the best choice for fluid sealing in the most diverse applications and requirements. Get to know our sealing solutions below!
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 2001
Style 2001 is a rugged premium grade, low friction, high strength, proprietary graphite fiber, twisted together and interlock braided. This style contains a special lubricant to provide a bearing film, and protect shafts from scoring. It also acts as a blocking agent to prevent wicking. Style 2001 packing is ideally suited for use in severe service valves and rotary shaft applications. It handles strong acids and alkali solutions except fuming nitric acid, oleum and fluorine.
Style 2103T
Style 2103t packing is an interlock braid of carbon fibers which are carefully impregnated with PTFE and a special lubricant. The resulting packing is very tough, resists wear, has excellent chemical resistance and prevents contamination.
Style 2103t packing can handle chemicals over the entire 0-14 pH range except for strong oxidizers.
Style 2002
Style 2002 packing is manufactured from pure carbon yarn, which is interlock braided and impregnated with proprietary lubricants and graphite particles which fill voids, block leakage, and act as a break-in lubricant. The end product has a low coefficient of friction and tends to wear more evenly than most braided packings.
Teadit® 2848
Style 2001
Style 2103T
Style 2002
Style 2000
Style 2000 packing is manufactured from high purity flexible graphite that is expanded and formed into a braidable yarn and then braided without binders or wire reinforcement. The finished product retains all the inherent benefits of flexible graphite: heat resistance, chemical inertness, low friction, self lubrication, and ready conformability.
Style 2214
Style 2214 is a proprietary braid-over-core construction, using a special high temperature, Inconel reinforced fiber and a non-hardening core. The packing is impregnated with a high temperature resistant compound, and coated with fine particles of graphite to act as a surface lubricant. This style is also treated with a sacrificial material to alleviate electrolytic action.
Style 2000IC
Style 2000IC is manufactured from high purity flexible graphite that is expanded and formed into a weave-able yarn and then braided in a unique construction with wire reinforcement. The finished product retains all the inherent benefits of flexible graphite; while the wire reinforcement provides greater mechanical strength. Style 2000IC packing is particularly suited for use in high temperature, high pressure steam service. In addition, it can also handle most chemicals, acids and alkalis.
Style 2202
Style 2202 packing is diagonally braided from pure, expanded flexible graphite, reinforced at the corners and throughout with high-quality carbon fibers. The carbon fiber reinforcement in the corners and body of the packing make it three times more resistant to extrusion and also increased pressure handling capabilities compared to non-reinforced flexible graphite packing.
Style 2000
Style 2214
Style 2000IC
Style 2202
Style 2235
Packing Style 2235 is composed of layers of flexible graphite tape plied into compact strands; each filament is reinforced with an Inconel® wire jacket. The strands are then square braided to form a dense yet malleable packing. Additionally, it is also impregnated with a minimal amount of lubricating agents to reduce stem friction.
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.
Style 2235
Style 2236
Expanded PTFE
The Common Main Features of PTFE Packings are:
Style 2070
Style 2070 packing is an interlock braid, utilizing TEADIT’s patented EGK yarn and a high temperature break-in lubricant. EGK yarn totally encapsulates a high strength aramid core in an expanded PTFE/graphite jacket. The aramid core contributes exceptional mechanical strength and dimensional stability, while the PTFE/graphite jacket provides chemical resistance, heat conductivity, self lubrication and a low coefficient of friction.
Style 2006
Style 2006 FDA is a firm, pliable interlock braided packing manufactured from the purest ePTFE filaments. A proprietary food grade lubricant provides faster break-in and reduced shaft wear. Style 2006 FDA complies with the F.D.A. and U.S.D.A. requirements under Title 21 Food and Drugs.
Style 2007
Style 2103t packing is an interlock braid of carbon fibers which aStyle 2007 packing is an interlock braid, utilizing TEADIT’s EG8G-S PTFE/graphite yarn and a high temperature break-in lubricant. EG8G-S yarn is formed from expanded PTFE in which fine particles of pure graphite have been encapsulated.
Style 24A
Style 24A valve stem packing utilizes 100% pure expanded PTFE in a unique braid-over- braid-over-core construction with a round cross section. This unique construction produces a firm but conformable packing that handles higher pressures than competitive products.
Style 2070
Style 2006
Style 2007
Style 24A
Packing 2261 SAN
Style 2261 SAN is suitable for service with a wide variety of aggressive media, but is specifically formulated to allow compliance for drinking water system components with NSF-61, from source to tap. Certification to NSF-61 provides assurance to a highest level that Style 2261 SAN is safe for use in drinking water service.
Style 2005
Style 2005 is a firm, high density interlock braided packing manufactured from pure ePTFE filaments pretreated with PTFE dispersion, but contains no other lubricants. The PTFE dispersion provides a low friction surface finish and prevents leakage through the braid. This style complies with the F.D.A. and U.S.D.A. requirements under Title 21 Food and Drugs
Packing 2261 SAN
Style 2005
Aramid and other fibers
Style 2004
Style 2004 is an extremely durable packing able to withstand granular and abrasive applications. It is recommended for service in superheated steam, slurries, petroleum derivatives, solvents and liquified gases. It is commonly used in centrifugal, rotary and reciprocating pumps, agitators and mixers, especially in the paper, steel, petroleum and chemical industries, and in sewage treatment plants.
V
Style 2017 packing is an interlock braid of TEADIT’s unique proprietary PTFE/graphite yarn, reinforced with high strength aramid yarn corners. This proprietary yarn is formed from expanded PTFE in which fine particles of graphite have been encapsulated. The resulting packing provides good chemical resistance and heat dissipation plus anti-extrusion strength.
Style 2019
Style 2019 is an interlock braid using carded synthetic yarns thoroughly impregnated with PTFE suspensoid. The finished packing is again coated with PTFE dispersion and a break-in lubricant is added to reduce shaft wear and eliminate glazing at start up.
Style 2030
TEADIT packing style 2030 is braided from meta-aramid yarn, each strand impregnated with PTFE-dispersion during the braiding process, and lubricated with an inert mineral oil. The high mechanical strength of the meta-aramid fibre, combined with the elaborate braiding process, results in a soft and pliable packing with excellent mechanical and chemical resistance.
Style 2004
Style 2017
Style 2019
Style 2030
Style 2773
Style 2773 Compression Packing can be successfully used in a variety of abrasive media, such as those seen in the steel industry, the manufacturing of non-bleached packaging paper, and is also quite beneficial to the mining industry. It has excellent performance in pumps utilized for slag, ore pulp, irrigation, mining, and wastewater treatment plants.
Style 2774
Style 2774 Compression Packing is recommended for use in processes with fluids containing suspended solids, where contamination from graphite cannot be tolerated.
Style 2255
Style 2255 is a dense, but flexible general service packing that adapts well to worn or scored shafts often found in older equipment. It assures an excellent seal against steam, brine, oil, and mild acids and alkalis. This style is well-suited for applications in rotary and centrifugal pumps and some valves.
Style 2003
Style 2003 is an interlock braided packing, using pure PTFE yarn, reinforced with aramid corners. The yarns are pretreated with PTFE dispersion, plus a break-in lubricant to reduce the coefficient of friction, as well as the frictional heat created by high shaft speeds.
Style 2773
Style 2774
Style 2255
Style 2003
Style 2044
Style 2044 is an interlock braid, using spun aramid carded yarns, treated individually with PTFE suspensoid. The packing is also lubricated with silicone based compound for quick and easy break-in. The use of spun aramid fibers produces a softer and very tough packing, but one that is less abrasive than packings braided with aramid filaments.
Style 2044
Moldable Packings
Sealpak® 46
Sealpak®46 is an extrusion packing composed of pure PTFE and food-grade approved lubricant, which meets FDA guidelines. Sealpak®46 is soft and dense packing, with a very low coefficient of friction. This product has excellent resistance to gas permeation and is self-lubricating. Sealpak®46 remains soft and pliable even after long service, reducing the wear on the shaft and sleeves.
Sealpak® 47
Sealpak®47 is an extrusion packing composed of pure PTFE, graphite and special lubricant. Sealpak®47 is soft and dense packing, with a very low coefficient of friction. This product has excellent resistance to gas permeation and is self-lubricating. Sealpak®47 remains soft and pliable even after long service, reducing the wear on the shaft and sleeves. The addition of graphite allows for improved heat dissipation.
Sealpak® 46
Sealpak® 47
Injectable JAMPACK
JAMPAK- Injectable pump and valve sealant from Teadit® combines a malleable packing material with space-age chemistry and technology to produce a superior pump and valve packing material that can be injected while the pump or valve is operating, without interrupting production.
Sealants are easily installed with any flat-bladed tool, such as a putty knife or wide-bladed screwdriver. Or, the material can be finger-packed into the box. An anti-extrusion ring of the appropriate material is placed in the stuffing box around the shaft. A second ring is put in place after the sealant is installed.
Jampak® 46
Jampak® 27 uses a blend of high-performance PTFE fibers and chemically resistant lubricants. It is recommended for use in caustics, acids, sea water and certain solvents and processes. It can be utilized in pumps, rotating and reciprocating equipment.
Jampak® 46
New Technology
Eco-Seal
The new TEADIT® ECO-SEAL Sealing System adds new benefits to the traditional Compression Packing Sets by increasing the performance of the packings, reducing the cost of the system and preservation of the environment. The ECO-SEAL can be used in a large variety of rotary equipment such as: Pumps, concrete mixers, reactors, etc. It is highly recommended for abrasive fluids and aggressive chemicals.
Eco-Seal
Flax/Ramie Yarn
Flax/Ramie Yarn, Paraffin Impregnated.
Style 2177
Style 2177 is a well lubricated, medium-hard packing with very low frictional characteristics, which assure minimal shaft wear. The ramie yarn is rot and mildew resistant, making the packing ideal for marine use, handling cold water, salt water, and cold oils. In the marine industry it is commonly used in stern tubes, rudder posts, and tail shaft liners.
Style 2138
Style 2138 is a well lubricated, medium-hard packing with extremely low frictional characteristics, which assures minimal shaft wear. The ramie yarn is rot and mildew resistant, making the packing ideal for marine use, handling cold water, salt water, and cold oils. In the marine industry, it is commonly used in stern tubes, rudder posts, and tail shaft liners.
Style 2421
Style 2421 is a well lubricated, medium-hard packing with very low frictional characteristics, which assures minimal shaft wear. The ramie yarn is rot and mildew resistant, making the packing ideal for marine use, handling cold water, salt water and cold oils. In the marine industry, it is recommended for sealing stern tube and rudder post stuffing boxes.
Style 2177
Style 2138
Style 2421
Oxygen Service
Style 2238-OX
Packing Style 2238-OX is composed of a high purity flexible graphite yarn with oxidation inhibitors, individually reinforced with an Inconel® 600 wire mesh. The entire process is maintained in a clean room environment from the yarn to the finished product.
Style 2238-OX
Low Emission
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.