By M. C. Hough, R. Dolbey
This quantity covers a much wider variety of homes; supplying comparative information for a similar 351 normal and changed fabric kinds coated in quantity One. The houses have been chosen in an effort to offer a transparent and exact consultant to processability and function.
Each fabric has been assigned a comparative score price for every of the homes. those diversity from very good to Very bad and never appropriate. sixty two homes are coated, in four different types:
General and electric; together with shrinkage, warpage, hydrolytic balance, UV weathering and fabric expense.
Mechanical; e.g. tensile energy, fatigue index, durability and put on.
Processing; i.e. skill to be processed by means of moulding, extrusion, pultrusion, casting, resin injection, and so on.
Post-processing; e.g. machining, plating and welding.
The details is gifted within the following major sections: estate established listings. Comparative fabrics facts sheets. Alphabetical indexes of homes and fabrics.
The estate dependent listings every one include an evidence of the valuables, through listings of the entire fabrics that have been rated nearly as good or above. pass references are supplied to the comparative fabrics info sheets, which checklist all sixty two rating values for every fabric.
This structure allows effortless comparisons to be made and an easy fabrics choice method to be undefined. If a fabric has already been targeted, connection with the correct comparative fabrics information sheet may perhaps exhibit at a look the place any difficulties tend to come up.
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Extra info for The Plastics Compendium
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The following tables list only those materials which have been assigned a rating of excellent, very good or good for resistance to gamma radiation. To further evaluate the processability and performance of any of the listed materials under the desired conditions, refer to the complete comparative data sheets provided on the pages indicated below. 3mm. An excellent rating indicates a high heat distortion temperature. A very poor rating indicates a low heat distortion temperature. 455MPa. To further evaluate the processability and performance of any of the listed materials under the desired conditions, refer to the complete comparative data sheets provided on the pages indicated below.
A very poor rating indicates a low heat distortion temperature. 455MPa. To further evaluate the processability and performance of any of the listed materials under the desired conditions, refer to the complete comparative data sheets provided on the pages indicated below.
To further evaluate the processability and performance of any of the listed materials under the desired conditions, refer to the complete comparative data sheets provided on the pages indicated below. Excellent CTFE Ethylene-Propylene Copolymer FEP FEP: 20% Glass fibre coupled HDPE HDPE: UV stabilised HDPE: MDPE Ionomer LDPE LDPE: UV stabilised LLDPE Ol TPE: TPE 65A Ol TPE: TPE 85A Ol TPE: TPE 93A PB PE Foam PFA PP: Copolymer PP: Copolymer; UV stabilised Very Good ABS: ABS: ABS: ABS: ABS: ABS: ABS: ABS: ABS: ABS: ABS: Fire retardant 30% Gfr High heat High heat; UV stabilised High impact High impact; UV stabilised Low gloss Medium impact Plating Structural foam Transparent Page 180 215 219 220 222 223 224 228 229 230 231 233 234 235 311 335 376 405 406 Page PP: Elastomer modified PP: Elastomer modified; UV stabilised PP: Fire retardant PP: Homopolymer PP: Homopolymer; UV stabilised PP: Structural foam PP: 20% Talc filled PPO: Structural foam PTFE SB SEBS TPE: TPE 45A SEBS TPE: TPE 55A SEBS TPE: TPE 95A SMAc TPX UF: Foam UHMWPE UPVC: Structural foam XLPE Page 137 138 139 140 141 142 143 144 145 146 147 407 408 409 412 413 414 415 423 443 466 470 471 472 475 478 480 481 484 487 Page ABS/PC Alloy ABS/PSul Alloy ABS/PVC Alloy Acetal: Homopolymer; PTFE lubricated Acrylic: Casting Acrylic: Cast sheet Acrylic: General purpose Acrylic: High impact ASA CPVC ECTFE 148 149 150 159 161 162 163 164 171 179 190 7 The Plastics Compendium - Volume 2, Comparative Materials Selection Data Very Good ECTFE: Glass fibre filled ETFE ETFE: 10% Glass fibre filled ETFE: 30% Glass fibre filled EVA: 12% VA EVA: 25% VA EVA: 33% VA HIPS HIPS: Fire retardant HIPS: UV stabilised PA 6/9 PA 6/12: 20% PTFE lubricated PAr PBT PBT: Fire retardant PBT: 10% Gfr PBT: 15% PTFE lubricated PBT: 2% Silicone lubricated PBT: Structural foam PBT: UV stabilised PC PC: Fire retardant PC: 20% Gfr PC: 30% Gfr PC: High flow PC: 15% PTFE lubricated PC: Structural foam PC: UV stabilised PC/PBT Alloy PEEK PEEK: 10% Gfr PEEK: 20% Gfr PEEK: 30% Gfr PEI PET: Crystalline PET: Fire retardant PET: 30% Gfr; high impact PET: 35% Gfr; super tough PF: Foam Good Acetal: Copolymer Acetal: Copolymer; 30% glass fibre coupled Acetal: Copolymer; 2% silicone lubricated Acetal: Copolymer; UV stabilised Acetal/Elastomer alloy: Super tough Acetal: Homopolymer Acetal: Homopolymer; gfr Acetal: Homopolymer; UV stabilised Alkyd: Long gfr; high impact CEE TPE: TPE 40D CEE TPE: TPE 55D CEE TPE: TPE 72D 8 Page 191 211 212 213 216 217 218 225 226 227 274 287 310 312 314 316 321 322 323 324 325 327 328 329 330 331 332 333 334 336 338 339 340 341 350 351 354 355 366 Page PFA: 20% Gfr PP: 20% Calcium carbonate filled PP: 40% Calcium carbonate filled PP: 30% Glass fibre coupled PP: 20% Gfr PP: 40% Talc filled PPO PPO: Fire retardant PPO: 10% Gfr PPO: 10% Gfr; fire retardant PPO: 30% Gfr PPO: 30% Gfr; fire retardant PS PS: 30% Gfr PS: Medium impact PS: 2% Silicone lubricated PS: Structural foam PS: UV stabilised PSul PSul: 15% PTFE lubricated PTFE: 15% Glass fibre filled PTFE: 25% Glass fibre filled PU: Soft microcellular elastomer SAN SAN: Fire retardant SAN: 30% Gfr SAN: High heat SAN: UV stabilised SBS TPE: TPE 35A SBS TPE: TPE 80A SBS TPE: TPE 35D Silicones SMAc: 30% Gfr SMAt UPVC UPVC: Crosslinked UPVC: UV stabilised UPVC: High impact Page 151 153 154 155 156 157 158 160 165 174 175 176 377 403 404 410 411 416 417 418 419 420 421 422 432 433 434 435 436 437 438 442 445 446 452 460 461 462 463 465 467 468 469 473 476 477 482 483 485 486 Page CP DAIP: Long gfr DAIP: Short gfr DAP: Long gfr DAP: Long gfr; fire retardant DAP: Short gfr DAP: Short gfr; fire retardant Epoxies: Laminate; glass fabric Epoxies: Laminate; glass prepreg Epoxies: Laminate; Kevlar prepreg Epoxies: MC; fire retardant; mineral and gfr Epoxies: Casting; glass filled 177 181 183 184 185 188 189 196 197 198 203 205 General and Electrical Properties Good Epoxies: Casting; mineral filled Epoxies: Casting; silica filled Epoxies: Resin; flexible Epoxies: Resin; general purpose Epoxies: Resin; high heat PA 6/6: Super tough PA 6/6: Super tough; fire retardant PA 6/6: Super tough; 33% gfr PA 6/6-6 PA 6/10 PA 6/10: Fire retardant PA 6/10: 10% Gfr PA 6/10: 30% Gfr PA 6/10: 20% PTFE lubricated PA 6/10: 2% Silicone lubricated PA 6/12 PA 6/12: Fire retardant PA 6/12: 10% Gfr PA 6/12: 30% Gfr PA 6/12: 2% Silicone lubricated PA 11 PA 11: Fire retardant PA 11: Flexible PA 11: 30% Gfr PA 11: Semi flexible PA 11: UV stabilised PA 12 PA 12: Fire retardant PA 12: Flexible PA 12: 50% Glass bead filled PA 12: 30% Gfr PA 12: Semi flexible PA 12: UV stabilised PA Transparent PA Transparent: Amorphous; 30% gfr PA/ABS Alloy PAI PAI: Gfr PBT: 30% Glass bead filled PBT: 20% Gfr; fire retardant Dielectric Constant Page 206 207 208 209 210 269 270 271 273 275 277 278 279 280 281 282 284 285 286 288 289 291 292 293 294 295 296 297 298 299 300 301 302 304 305 306 307 308 315 317 Page PBT: 30% Gfr PBT: 30% Gfr; fire retardant PBT: 45% Mineral and glass filled PEI: 10% Gfr PEI: 20% Gfr PEI: 30% Gfr PES PES: 20% Gfr PES: 30% Gfr PET: Amorphous PET: 15% Gfr; high impact PET: 30% Gfr; fire retardant PET: 36% Gfr PET: 45% Gfr PET: 55% Gfr PET: 35% Mica and gfr PET: Mineral filled PET: 45% Mineral and gfr; fire retardant PET: UV stabilised PF: Laminate; cotton fabric PF: Mica filled; electrical PI Polyarylamide: 30% Gfr Polyester: Casting; rigid Polyester: DMC; electrical Polyester: Vinyl ester PPO/PA Alloy PPS: 40% Gfr PPS: Glass fibre and bead reinforced PPS: 20% PTFE lubricated PSul: 10% Gfr PSul: 30% Gfr PU: Hard microcellular elastomer PU: Semi-rigid foam PU TPE: TPE 70A PU TPE: TPE 80A PU TPE: TPE 95A SAN: High impact Silicones: Glass fibre and mineral filled 318 319 320 342 343 344 345 347 348 349 352 353 356 357 358 359 360 361 362 368 371 378 383 386 388 402 424 426 427 428 440 441 449 451 454 455 456 464 474 9 The Plastics Compendium - Volume 2, Comparative Materials Selection Data Dielectric Strength The dielectric strength is the voltage that an insulating material can withstand before dielectric breakdown occurs.
