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SECTION SEVEN - GASKETS
Introduction p 188 Round Metal Gaskets p 207
Gasket Selection p 189 Heavy Metal Gaskets p 207
Gasket Pressures p 189,190 Metallic Selection Guide p 208-210
Gasket Selection Guide p 190-192 Gasket Problems p 211-214
Gasket Thickness p 190,193 Joint Distorsion p 211
Creep and Relaxation p 193,194 Flange Distorsion p 211-213
Gasket Permeability p 194 Flange Bowing p 212
Gasket Materials p 194-210 Flange Face Roughness p 212
Non-Metallic Materials p 195-197 Internal Pressure p 213
Cork p 195 Torque Loss p 213,214
Cellulose Fiber p 195 Gasket Design Faults p 214-216
Asbestos p 195,196 Making Gaskets p 217-223
Non-Asbestos Fibers p 196 Trace and Tap Method p 217,218
Teflon p 196 Compass Method p 219,220
Natural Rubber p 196 Chord Chart Layout p 220
Styrene Butadiene p 196 Angle and Bolt Circle p 220-223
Butyl p 197 Gasket Fit p 224
Nitrile p 197 Gasket Sealer p 224-227
Ethylene Propylene p 197 Breaking Bolted Joints p 228-230
Acrilic p 197 Installation Practices p 230-233
Vitron p 197 O-Ring Seals p 233-240
Silicone p 197 O-Ring Applications p 234-236
Gasket Reinforcements p 197,198 Dynamic O-Ring Seals p 235-237
Metallic Gaskets p 198-208 Reciprocating Motion p 235-237
Metallic Materials p 198 Damaged O-Rings p 237
Metallic Types p 199-207 Static O-Ring Seals p 237
Spiral-Wound p 202 O-Ring Features p 237,238
Plain Metal Jacketed p 203 O-Ring Grooves p 239,240
Flat Metal Gaskets p 204 O-Ring Installation p 240
Corrugated Metal Gaskets p 204,205