Sealing solutions for Industries
Sealing solutions for Industries
Sealing solutions for Industries
Sealing solutions for industries
Sealing solutions for Industries
Low Emission Spiral Wound
Spiral Wound Gaskets for Oxygen Service
Sealing Solutions for Industries
A Jacketed Gasket is comprised of a soft pliable core inside a metallic jacket.
Metallic Jacket
Almost any metal or alloy found in sheet form can be used as a jacket; its choice must take into consideration the fluid to be sealed. The metallic jacket is 0.016 in (0.4mm) to 0.020 in (0.5mm) thick.
Design
The following recommendations are based on successful practical applications: Gaskets confined by the inside and outside diameters: Gasket inside diameter = groove inside diameter plus 1/16 in (1.6 mm).
Gasket outside diameter = groove outside diameter less 1/16 in (1.6 mm).
Gaskets confined by outside diameter:
Gasket inside diameter = flange inside diameter plus a minimum of 1/8 in (3.2 mm).
Gasket outside diameter = groove outside diameter less 1/16 in (1.6 mm).
Non-confined gaskets:
Gasket inside diameter = flange inside diameter pIus 1/8 in (3.2 mm). Gasket outside diameter = bolt circle diameter less bolt diameter.
Filler
The standard filler material is Flexible Graphite. Other fillers like ceramic, PTFE or another metal (corrugated, flat, or serrated) can be used.
TEADIT® 25BI CASE HISTORY
PACKING STYLE TEADIT® 2773 CASE HISTORY
TEALON™ TF1580 CASE HISTORY
TEADIT® 24B CASE HISTORY
2238-OX Case History
Case History Sealpack 47 & 2774
Teadit 24SH – Spiral Heat Exchanger Case History
TEADIT® 2005 – Harsh Chemical Agitator CASE HISTORY
TEADIT 24SH - Electrolytic Nickel Plant
Teadit 2235 -- Steam Valves
Steam service requires a material that can withstand high
temperatures for an extended period without degradation, and valves require a
packing material that is robust and pressure resistant without damaging the
valve stem.
Teadit 2002 – Paper Refiner
A major paper manufacturer was not achieving their desired level of performance from their previous packing material on their refiner. A common challenge in pulp and paper applications, such as this, is that the media is often abrasive which can be difficult for mechanical packings and requires a packing material with more mechanical strength to resist wear from the media. Another common challenge in certain rotating equipment applications is that a high amount of heat is generated due to friction between the packing and the shaft. The thermoset packing material is not ideal for handling abrasive types of medias and required a high amount of flush water in order to dissipate the friction heat, as it does not have as high of heat dissipation properties as other types of packings. Find out how Teadit found solutions and savings for their customer...
24SH - Seawater Pumps
NA1100 Spiral Heat Exchanger Case History
TEADIT GR1700 CASE HISTORY
TEADIT® 2236 Fugitive Emissions Case History
TEADIT® 25BI for Heat Exchangers
A premier biopharmaceutical company raised concerns about the gaskets being used on their heat exchangers and whether they had the ability to withstand the cycles they were being put through...
TEADIT® 2773/2202 for Pumps in the Sugar Industry
24SH for Aggressive Media Case History
2005 FDA Case History
Sales: Phone (281) 476-3900 - Fax (281) 476-3999 – TOLL FREE: 800-999-0198
E-mail: sales@teadit.com