(FSA-NMG-201-02) Recommended Practices for Determination of Extractable Sulfur for Non-Metallic Gasketing Material
This method covers the measurement of Extractable Sulfur in Gasket Material. ©2002, 5 Pages.
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(FSA-NMG-202-02) Recommended Practice for Determination of Water Soluble Chlorides
This test procedure covers the measurement of water soluble chloride in gasket material. ©2002, 4 Pages.
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This test procedure covers the measurement of water soluble chloride in gasket material. ©2002, 4 Pages.
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(FSA-NMG-203-02) Recommended Practices for Determination of Water Soluble Fluorides
This test procedure covers the measurement of water soluble fluoride in gasket material. ©2002, 4 Pages.
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This test procedure covers the measurement of water soluble fluoride in gasket material. ©2002, 4 Pages.
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(FSA-NMG-204-02) Standard Test Method for Performance of Non-Asbestos Gaskets in High Pressure, Saturated Steam
This test method provides a means of assessing the performance of various non-asbestos gasket materials in saturated steam service under controlled conditions. When Desired, the test may be used as an acceptance/rejection criteria when test conditions are agreed upon by user and supplier. ©2002, 12 Pages.
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This test method provides a means of assessing the performance of various non-asbestos gasket materials in saturated steam service under controlled conditions. When Desired, the test may be used as an acceptance/rejection criteria when test conditions are agreed upon by user and supplier. ©2002, 12 Pages.
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(FSA-DSJ-401-09) Specification for High Temperature and Acid Resistant Terpolymer Fluoroelastomer
This technical revision of the standard provides a more comprehensive definition and updated specifications for the industry recommended elastomer compound used in the manufacture of expansion joints installed in high temperature and corrosive flue gas systems. ©2009, 7 Pages.
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This technical revision of the standard provides a more comprehensive definition and updated specifications for the industry recommended elastomer compound used in the manufacture of expansion joints installed in high temperature and corrosive flue gas systems. ©2009, 7 Pages.
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(FSA-DSJ-403-07) Fluoroplastic Belt Guidelines
This standard covers composition and property recommendations for a single layer fluoroplastic/fiberglass fabric belt. Fluoroplastics have been used for flue duct expansion joints because of their outstanding resistance to chemicals and heat. They are particularly effective in applications where condensation and chemical attack are problems, such as sulfuric acid bearing flue gas in coal-fired power plants. ©2007, 6 Pages
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This standard covers composition and property recommendations for a single layer fluoroplastic/fiberglass fabric belt. Fluoroplastics have been used for flue duct expansion joints because of their outstanding resistance to chemicals and heat. They are particularly effective in applications where condensation and chemical attack are problems, such as sulfuric acid bearing flue gas in coal-fired power plants. ©2007, 6 Pages
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(FSA-MG-501-02) Standard Test Method for Inward Buckling of Spiral Wound Gaskets
This test method enables a relative comparison of the predisposition of a spiral wound gasket to inward buckling. The relative resistance to inward buckling of a spiral wound gasket thereby can be determined. This procedure may be used by supplier and user to establish an acceptance/rejection criteria for spiral wound gaskets, when desired.© 2002, 9 pages.
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This test method enables a relative comparison of the predisposition of a spiral wound gasket to inward buckling. The relative resistance to inward buckling of a spiral wound gasket thereby can be determined. This procedure may be used by supplier and user to establish an acceptance/rejection criteria for spiral wound gaskets, when desired.© 2002, 9 pages.
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(FSA-MG-502-05) Serrated Metal Gaskets with Covering Layers (SMCL) – Standard for Raised and Flat Faced Flanges per ASME B16.5
This standard provides specifications for the above gasket design as applied to flanges for the pipe sizes included in ASME Standard B16.5. Size, class, construction, materials, marking, as well as dimensions are covered. ©2005, 8 pages.
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This standard provides specifications for the above gasket design as applied to flanges for the pipe sizes included in ASME Standard B16.5. Size, class, construction, materials, marking, as well as dimensions are covered. ©2005, 8 pages.
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(FSA-MG-503-06) Serrated Metal Gaskets with Covering Layers (SMCL) – Standard for Raised and Flat Faced Flanges per ASME B16.47
This standard provides specifications for the above gasket design as applied to flanges for the pipe sizes included in ASME Standard B16.47. Size, class, construction, materials, marking, as well as dimensions are covered. ©2006, 16 pages.
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This standard provides specifications for the above gasket design as applied to flanges for the pipe sizes included in ASME Standard B16.47. Size, class, construction, materials, marking, as well as dimensions are covered. ©2006, 16 pages.
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(FSA-G-604-07) Oxidation Test Standard for Flexible Graphite Materials
This standard provides two test methods for assessing the relative oxidation resistance of flexible graphite material. Method A is a short duration oven screening test. Method B is a more accurate, longer durating procedure under closely controlled environmental conditions based on Thermogravimetric Analysis (TGA). ©2007, 10 Pages.
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This standard provides two test methods for assessing the relative oxidation resistance of flexible graphite material. Method A is a short duration oven screening test. Method B is a more accurate, longer durating procedure under closely controlled environmental conditions based on Thermogravimetric Analysis (TGA). ©2007, 10 Pages.
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(FSA-G-605-11) Standard Test Method for Determining (m) and (y) Loading Constants Applicable to Gasket Materials and Designs
This test method will establish criteria for determining standard loading constants that are referenced in current ASME pressure vessel design. ©2011, 15 Pages.
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This test method will establish criteria for determining standard loading constants that are referenced in current ASME pressure vessel design. ©2011, 15 Pages.
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(FSA-PSJ-701-06) Non-Metallic Expansion Joint Hydrotesting and Vacuum Testing
This specification covers the hydrotesting and/or vacuum testing on non-metallic flanged expansion joints. ©2006, 9 Pages
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This specification covers the hydrotesting and/or vacuum testing on non-metallic flanged expansion joints. ©2006, 9 Pages
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(FSA-PSJ-702-06) Rubber Flanged Non-Metallic Expansion Joint Installation, Maintenance and Storage
This specification covers the installation, maintenance and storage of non-metallic expansion joints. ©2006, 7 Pages.
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This specification covers the installation, maintenance and storage of non-metallic expansion joints. ©2006, 7 Pages.
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(FSA-PSJ-703-11) Guidelines for Elastomers Used in Piping Systems Non-Metallic Expansion Joints
This Standard provides the typical properties of a range of elastomers most frequently used for tube and cover compounds in the manufacture of piping expansion joints. It is an update of Standard FSA-NMJ-703-99, Specifications of Elastomers Used in Piping Systems Non-Metallic Expansion Joints. Properties listed have shown to provide acceptable performance in applications for which the specific elastomer has been recommended. The Standard is not intended to limit or restrict the use of materials to those listed. Other materials may be developed in the future that will prove to be suitable as well. ©2011, 11 pages.
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This Standard provides the typical properties of a range of elastomers most frequently used for tube and cover compounds in the manufacture of piping expansion joints. It is an update of Standard FSA-NMJ-703-99, Specifications of Elastomers Used in Piping Systems Non-Metallic Expansion Joints. Properties listed have shown to provide acceptable performance in applications for which the specific elastomer has been recommended. The Standard is not intended to limit or restrict the use of materials to those listed. Other materials may be developed in the future that will prove to be suitable as well. ©2011, 11 pages.
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(FSA-HIPD-801-10) Calculated Leakage Verification Test
This test procedure determines the total amount of gap present between sealing surfaces of a damper. ©2010, 3 Pages
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This test procedure determines the total amount of gap present between sealing surfaces of a damper. ©2010, 3 Pages
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(FSA-HIPD-802-10) Seal Air System Test
This test procedure determines the seal air system performance. ©2010, 3 Pages
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This test procedure determines the seal air system performance. ©2010, 3 Pages
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(FSA-HIPD-803-10) Industry Process Dampers Terms and Definitions
©2010, 7 Pages
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©2010, 7 Pages
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(FSA-HIPD-804-10) Definition of Man-Safe Isolation
©2010, 3 Pages
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©2010, 3 Pages
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