Show getting the q maximum 0 tonnage from each ILI roll shell st is possible only when every ounce of jo steel si is used for crushing if your rolls corrugate or flange good steel 91 is going to waste ua in T the naj auza up process besides the loss of jo production during repairs THE FLEETING 19 ROLL MI IN traylor j heavy duty crushing 0 rolls silo si is a simple inq but positive built ui in feature that eliminates corrugating pur and clanging flanging fla nging of JO the 1 roll 1101 shells the invariable UT variable result si is a greater tonnage of JO finished product jastad per set of jo shells sl as well llam su as per horsepower horse power consumed pd get bulletin ZUS US SR Z 2 it 11 fully describes this economy producing feature traylor engineering mag mfg co 03 4 allentown penna 1 NEW YORK CHICAGO IOS ANfin iKS SPOKANE 30 g church st IS ta fulton bills 1414 fisher bhag citi eans anuk 1 aids block 77 7 SIMONDS DOCKING SAW for boj cutting ainu mine timbers ui in railroad shops aw 3 or io around railroad yards pup and ui in ship que inas sp V plIng building Bui plants UIS S i m 0 n ds mes aws S designed POU for aj S saws docking long alel ha i ti t i vy J timber j f cutting ill SK 1 abuls d proved ahe des are full aig breasted their tj a 1 1 alth kevel filed teeth pue and 1 l H taper 9 anapa S gunoa und for clearance handles of 30 a 8 W A 44 B t lle able iron firmly riveted pai to 04 the blade apela 11 ita t k or removable wooden handles are id provided T iw write for catalog and prices MONDS manufacturing CO THE MAKERS IJ fischburg FirCH BURG MASS AMIN 11 1 LOCKPORT N k Y ai B C D MEMPHIS TENN 0 JL evl NEW ORLEANS LA ENGLAND SEATTLE WASH A 0 H 4 SAN FRANCISCO GAL MONTREAL QUE ts STJOHN N NB III I 1 all I 1 I 1 III III I 1 III I 1 I 1 it I 1 I 1 I 1 a it I 1 III it III I 1 III I 1 I 1 I 1 I 1 I 1 I 1 III III III a jil ull it III I 1 all H I 1 III IIII 1111 I 1 I 1 I 1 I 1 I 1 I 1 it ilia III all all it ilia III I 1 IIII 1111 I 1 I 1 I 1 it ilia it I 1 I 1 I 1 I 1 if IIII 1111 IIII 1111 I 1 IIII 1111 D ilia III I 1 all all U I 1 III IN IIII 1111 vili III IIII 1111 I 1 IIII 1111 if 11 |