TEMPERATURE-VOLUME CORRECTIONS FOR ASPHALTIC MATERIALS (CUSTOMARY UNITS)

GROUP 0 – SPECIFIC GRAVITY AT 60°F OF 0.850 TO 0.966

LEGEND: t = Observed Temperature in Degrees Fahrenheit

M = Multiplier for Correcting Oil Volumes to the Basis of 60°F

t M	t M	t M	t M	t M
0 1.0241	50 1.0040	100 0.9842	150 0.9647	200 0.9456
1 1.0237	51 1.0036	101 0.9838	151 0.9643	201 0.9452
2 1.0233	52 1.0032	102 0.9834	152 0.9639	202 0.9448
3 1.0229	53 1.0028	103 0.9830	153 0.9635	203 0.9444
4 1.0225	54 1.0024	104 0.9826	154 0.9632	204 0.9441
5 1.0221	55 1.0020	105 0.9822	155 0.9628	205 0.9437
6 1.0217	56 1.0016	106 0.9818	156 0.9624	206 0.9433
7 1.0213	57 1.0012	107 0.9814	157 0.9620	207 0.9429
8 1.0209	58 1.0008	108 0.9810	158 0.9616	208 0.9425
9 1.0205	59 1.0004	109 0.9806	159 0.9612	209 0.9422
10 1.0201	60 1.0000	110 0.9803	160 0.9609	210 0.9418
11 1.0197	61 0.9996	111 0.9799	161 0.9605	211 0.9414
12 1.0193	62 0.9992	112 0.9795	162 0.9601	212 0.9410
13 1.0189	63 0.9988	113 0.9791	163 0.9597	213 0.9407
14 1.0185	64 0.9984	114 0.9787	164 0.9593	214 0.9403
15 1.0181	65 0.9980	115 0.9783	165 0.9589	215 0.9399
16 1.0177	66 0.9976	116 0.9779	166 0.9585	216 0.9395
17 1.0172	67 0.9972	117 0.9775	167 0.9582	217 0.9391
18 1.0168	68 0.9968	118 0.9771	168 0.9578	218 0.9388
19 1.0164	69 0.9964	119 0.9767	169 0.9574	219 0.9384
20 1.0160	70 0.9960	120 0.9763	170 0.9570	220 0.9380
21 1.0156	71 0.9956	121 0.9760	171 0.9566	221 0.9376
22 1.0152	72 0.9952	122 0.9756	172 0.9562	222 0.9373
23 1.0148	73 0.9948	123 0.9752	173 0.9559	223 0.9369
24 1.0144	74 0.9944	124 0.9748	174 0.9555	224 0.9365
25 1.0140	75 0.9940	125 0.9744	175 0.9551	225 0.9361
26 1.0136	76 0.9936	126 0.9740	176 0.9547	226 0.9358
27 1.0132	77 0.9932	127 0.9736	177 0.9543	227 0.9354
28 1.0128	78 0.9929	128 0.9732	178 0.9539	228 0.9350
29 1.0124	79 0.9925	129 0.9728	179 0.9536	229 0.9346
30 1.0120	80 0.9921	130 0.9725	180 0.9532	230 0.9343
31 1.0116	81 0.9917	131 0.9721	181 0.9528	231 0.9339
32 1.0112	82 0.9913	132 0.9717	182 0.9524	232 0.9335
33 1.0108	83 0.9909	133 0.9713	183 0.9520	233 0.9331
34 1.0104	84 0.9905	134 0.9709	184 0.9517	234 0.9328
35 1.0100	85 0.9901	135 0.9705	185 0.9513	235 0.9324
36 1.0096	86 0.9897	136 0.9701	186 0.9509	236 0.9320
37 1.0092	87 0.9893	137 0.9697	187 0.9505	237 0.9316
38 1.0088	88 0.9889	138 0.9693	188 0.9501	238 0.9313
39 1.0084	89 0.9885	139 0.9690	189 0.9498	239 0.9309
40 1.0080	90 0.9881	140 0.9686	190 0.9494	240 0.9305
41 1.0076	91 0.9877	141 0.9682	191 0.9490	241 0.9301
42 1.0072	92 0.9873	142 0.9678	192 0.9486	242 0.9298
43 1.0068	93 0.9869	143 0.9674	193 0.9482	243 0.9294
44 1.0064	94 0.9865	144 0.9670	194 0.9478	244 0.9290
45 1.0060	95 0.9861	145 0.9666	195 0.9475	245 0.9286
46 1.0056	96 0.9857	146 0.9662	196 0.9471	246 0.9283
47 1.0052	97 0.9854	147 0.9659	197 0.9467	247 0.9279
48 1.0048	98 0.9850	148 0.9655	198 0.9463	248 0.9275
49 1.0044	99 0.9846	149 0.9651	199 0.9460	249 0.9272

TEMPERATURE-VOLUME CORRECTIONS FOR ASPHALTIC MATERIALS (CUSTOMARY UNITS)

GROUP 0 – SPECIFIC GRAVITY AT 60°F OF 0.850 TO 0.966

LEGEND: t = Observed Temperature in Degrees Fahrenheit

M = Multiplier for Correcting Oil Volumes to the Basis of 60°F

t M	t M	t M	t M	t M
250 0.9268	300 0.9083	350 0.8902	400 0.8724	450 0.8550
251 0.9264	301 0.9080	351 0.8899	401 0.8721	451 0.8547
252 0.9260	302 0.9076	352 0.8895	402 0.8717	452 0.8543
253 0.9257	303 0.9072	353 0.8891	403 0.8714	453 0.8540
254 0.9253	304 0.9069	354 0.8888	404 0.8710	454 0.8536
255 0.9249	305 0.9065	355 0.8884	405 0.8707	455 0.8533
256 0.9245	306 0.9061	356 0.8881	406 0.8703	456 0.8529
257 0.9242	307 0.9058	357 0.8877	407 0.8700	457 0.8526
258 0.9238	308 0.9054	358 0.8873	408 0.8696	458 0.8522
259 0.9234	309 0.9050	359 0.8870	409 0.8693	459 0.8519
260 0.9231	310 0.9047	360 0.8866	410 0.8689	460 0.8516
261 0.9227	311 0.9043	361 0.8863	411 0.8686	461 0.8512
262 0.9223	312 0.9039	362 0.8859	412 0.8682	462 0.8509
263 0.9219	313 0.9036	363 0.8856	413 0.8679	463 0.8505
264 0.9216	314 0.9032	364 0.8852	414 0.8675	464 0.8502
265 0.9212	315 0.9029	365 0.8848	415 0.8672	465 0.8498
266 0.9208	316 0.9025	366 0.8845	416 0.8668	466 0.8495
267 0.9205	317 0.9021	367 0.8841	417 0.8665	467 0.8492
268 0.9201	318 0.9018	368 0.8838	418 0.8661	468 0.8488
269 0.9197	319 0.9014	369 0.8834	419 0.8658	469 0.8485
270 0.9194	320 0.9010	370 0.8831	420 0.8654	470 0.8481
271 0.9190	321 0.9007	371 0.8827	421 0.8651	471 0.8478
272 0.9186	322 0.9003	372 0.8824	422 0.8647	472 0.8474
273 0.9182	323 0.9000	373 0.8820	423 0.8644	473 0.8471
274 0.9179	324 0.8996	374 0.8816	424 0.8640	474 0.8468
275 0.9175	325 0.8992	375 0.8813	425 0.8637	475 0.8464
276 0.9171	326 0.8989	376 0.8809	426 0.8633	476 0.8461
277 0.9168	327 0.8985	377 0.8806	427 0.8630	477 0.8457
278 0.9164	328 0.8981	378 0.8802	428 0.8626	478 0.8454
279 0.9160	329 0.8978	379 0.8799	429 0.8623	479 0.8450
280 0.9157	330 0.8974	380 0.8795	430 0.8619	480 0.8447
281 0.9153	331 0.8971	381 0.8792	431 0.8616	481 0.8444
282 0.9149	332 0.8967	382 0.8788	432 0.8612	482 0.8440
283 0.9146	333 0.8963	383 0.8784	433 0.8609	483 0.8437
284 0.9142	334 0.8960	384 0.8781	434 0.8605	484 0.8433
285 0.9138	335 0.8956	385 0.8777	435 0.8602	485 0.8430
286 0.9135	336 0.8953	386 0.8774	436 0.8599	486 0.8427
287 0.9131	337 0.8949	387 0.8770	437 0.8595	487 0.8423
288 0.9127	338 0.8945	388 0.8767	438 0.8592	488 0.8420
289 0.9124	339 0.8942	389 0.8763	439 0.8588	489 0.8416
290 0.9120	340 0.8938	390 0.8760	440 0.8585	490 0.8413
291 0.9116	341 0.8934	391 0.8756	441 0.8581	491 0.8410
292 0.9113	342 0.8931	392 0.8753	442 0.8578	492 0.8406
293 0.9109	343 0.8927	393 0.8749	443 0.8574	493 0.8403
294 0.9105	344 0.8924	394 0.8746	444 0.8571	494 0.8399
295 0.9102	345 0.8920	395 0.8742	445 0.8567	495 0.8396
296 0.9098	346 0.8916	396 0.8738	446 0.8564	496 0.8393
297 0.9094	347 0.8913	397 0.8735	447 0.8560	497 0.8389
298 0.9091	348 0.8909	398 0.8731	448 0.8557	498 0.8386
299 0.9087	349 0.8906	399 0.8728	449 0.8553	499 0.8382

The following formula is used to create the values in the table above. This formula is used in the HMA Plant Report software: