Opening Pages
. The Iron Age A Review of the Hardware, Iron and Metal Trades. Published every Thursday Morning by DAVID WILLIAMS, No. 83 Reade Street, New York, Entered at the Post Office, New York, as Second-Class Matter. S250 a Year, Including Postage, Single Copies, Zen Cents. New York, Thursday, July 14, 1881. Vol. XXVIII: No. 2. defect complained of. In the latter part of | ing the first results of distillation to flow the year an alloy, composed of 62 parts of | into the heating gas main, then for two con- copper, 37 of spelter and 1 of tin, was pro-| secutive hours into the illuminating gas In the report of the Chief of Ordnance for posed by Mr. Farquharson, as possessing the main, one-third of volume heating and two- thS year 1880, Lieut.-Col. Whittemore de- | requisite mechanical properties. The Admi- | thirds of illuminating gas would be obtained, ssstiak on annealing Senane teiee ik the | Talty thereupon referred the question as to! with this important difference, that the Frankford Arsenal for annealing copper und | the endurance of such metal to Dr. Percy, | illuminating gas would be of 16.16 instead of brass shells, cannon-primer tubes, &o. As of the Royal School of Mines, in conju…
. The Iron Age A Review of the Hardware, Iron and Metal Trades. Published every Thursday Morning by DAVID WILLIAMS, No. 83 Reade Street, New York, Entered at the Post Office, New York, as Second-Class Matter. S250 a Year, Including Postage, Single Copies, Zen Cents. New York, Thursday, July 14, 1881. Vol. XXVIII: No. 2. defect complained of. In the latter part of | ing the first results of distillation to flow the year an alloy, composed of 62 parts of | into the heating gas main, then for two con- copper, 37 of spelter and 1 of tin, was pro-| secutive hours into the illuminating gas In the report of the Chief of Ordnance for posed by Mr. Farquharson, as possessing the main, one-third of volume heating and two- thS year 1880, Lieut.-Col. Whittemore de- | requisite mechanical properties. The Admi- | thirds of illuminating gas would be obtained, ssstiak on annealing Senane teiee ik the | Talty thereupon referred the question as to! with this important difference, that the Frankford Arsenal for annealing copper und | the endurance of such metal to Dr. Percy, | illuminating gas would be of 16.16 instead of brass shells, cannon-primer tubes, &o. As of the Royal School of Mines, in conjunction | 13.5 candle power, and that the heating gas, the fukmace te ean designed, and 1, oat be with Mr. Farquharson. These parties, after | although possessed of an illuminating power seen, has proved very anita fae ihe subjecting an alloy of this description to| of 11.05 candles, would be preferable to the ? severe tests, under which the Munts metal| mixed gas for heating purposes, in being AN IMPORTANT IMPROVEMENT IN GUNNERY, | earth upward” does not merely include the which will lead to a material reduction in | driving of the tube, but also the em] loyment the expenditure on ordnance for the German | of a pump attached to the tube to cause the navy and army. All the heavier Krupp; flow of water when the well is a new-flow- guns consist of a steel body strengthened by| img well. The patent has been infringed hoops, the 3014 centimeter guns having three | €ven though the person using the well and tiers of hoops, the 26 centimeter and 24-cen- the pump and the process may not be the timeter two, and the remainder one tier, | Person who caused the rod to be driven, the The interior of the body, or the bore of the| hole to be made, the tube to be inserted or gun, being the part subjected to the greatest the pump to be attached. Judge Blatchford wear and tear, becomes rapidly worn out, | holds that a patent is not vitiated if the in- ventor does not know or does not set forth An Annealing Furnace for Small Articles, et ro ay . J ne MD ne oo special object, it will no doubt prove of value in many branches of manufacture, where similar operations must be daily repeated with a large quantity of small articles. Lieut.-Col. Whittemore has re- ported as follows : It consists of the furnace proper, constructed of boiler iron, lined with fire-brickg, and arranged with flue and cold blast for draft and heat ; of an anneal- ing retort, cylindrical in shape, with closed ends of hemispherical form. From these ends project trunnions, which revolve on friction rolls attached to the furnace. The left trunnion, looking toward the furnace, is hollow, and subserves several useful pur- poses. It is a peep hole for observing the degree of heat to which the charge is being raised, an outlet for the smoke into which | the oil on the shells is converted, a means of obtaining samples for test, and of emptying the charge when sufficiently annealed. The annealing accomplished in this tight-jointed receptacle possesses several advantages over the old plan. In the latter the cylindrical vessel used was pierced with holes and re- volved with its charge over a charcoal fire. The surface of the shells became considera- bly oxidized from exposure to the atmos- phere and took up some dirt, as ashes from exterior surroundings, during the process. By the new plan the charge is protected from the direct action of the fire, and the gases and smoke generated and expanded inside the retort flow out through the hollow trunnion. By the old method charcoal was necessary as a fuel, to guard against the sul- phur and other gases which would be generated from burning anthracite coal. Anthracite coal is used with the new retort, and the shells are annealed with less oxida- tion of their surfaces, and consequently reguire less pickling and cause less wear upon machinery and tools in the continued process of drawing. Ten thousand shells or thirty thousand cannon-primer tubes is a full charge for the retort. From 180,000 to 200,000 shells can be annealed in one day of 10 hours, at an expense of about $5.25. An equal number by the old method would take 3 days and 6 hours, at an expense of about $18.75. New process—amount of anthracite coal consumed in annealing 180,000 shells = 600 pounds, at a cost of $1.50. Old pro- cess—15 barrels charcoal at 35 cents = $5.25. A crane takes the retort from the furnace and deposits it upon a cradle, from which it is reallly emptied. The retort, with full charge, weighs about 600 pounds. The fur- nace has a hinged wrought-iron cover, which is lowered over the retort during the operation of annealing, and raised when the retort is removed, and a hinged flue, which fits into an opening in the cover, connecting it with the draft. The accompanying draw- ing shows the general construction and operation of the furnace, which was de- signed by Mr. Jabez H. Giil, master machin- ist at Frankford Arsenal. I SCIENTIFIC AND TECHNICAL. Referring to Prof. Thurston’s recent ex- periments with copper tin alloys, the En- gineer makes some very interesting state- ments concerning an alloy called ‘* NAVAL BRASS.” It appears that in the early part of 1874, in consequence of numerous cases of failure in respect to Muntz metal in ships of the Royal | p Navy, the attention of the Admiralty was drawn to the subject, and they directed in- quiry to be made as to the cause of these failures. Mr. Farquharson, to whom the matter was referred, found that the causes of decay which had been suggested would not account for that which actually took place. In the numerous cases which came under his notice, twe conditions of use were alwaps observable, namely, salt water and contact with an electro-negative metal—a fact which pointed strongly to electro-chemi- cal action as the cause of the change. On the other hand, there was a total absence of surface-pitting. To the eye the surface of affected bolts was as smooth and perfect as when they were first made. It was difficult to understand how an internal change, such as actually took place, could come to pass in the way inferred. Fortunately, a very simple expedient proved beyond doubt that salt water had penetrated an apparently sound and close metal, and the mystery was thus dispelled. Bolts, 3% inches in diam- eter, which had been used for securing pro- peller blades, were shown to have been thus penetrated to the center. In view of these facts, the conclusion that a portion of the zine had been dissolved out was inevitable, and this explanation has been thoroughly verified by comparing analyses of affected and unaffected parts of the same bolts, The circumstance that no such change was to be foundin any of the numerous varieties of gun-metal, rendered it probable that it was peculiar to alloys of copper and zinc, so that if a forgeable metal could be produced with tin in its compos:tion, having the uisite strength and ductility, the plloy thus formed would be free from the completely failed, reported to the Admiralty in 1879 that the new compound had stood the tests satisfactorily. Accordingly it was adopted as the service alloy under the title of ‘‘ naval brass.” The process of manufac- ture is the same as for yellow or Muntz metal. To insure the best results, Australian or English B.S. copper should be used, and the proportions of metal stated above closely adhered to, due allowance being made for the loss of zinc in the process of melting. When finished cold, and left unannealed in rods and sheets of moderate thickness, the metal has atensile strength of from 67,000 peunds to 72,000 pounds per square inch, according to the amount of rolling it has received. Bolts of any size can be made of it, the usual practice. being to take a rod the size of the bolt required, and to form the head by upsetting in a die. This is done, without stress or injury to the metal, in a bolt or rivet-making machine with heads two diameters of the bolt. At a meeting of the British Association of gas managers at Birmingham, Dr. C. W. Siemens again called attention to his pro posal to manufacture HEATING GaS at the same time that illuminating gas is made. His suggestion consists in providing over each bench of retorts two collecting | ipes, the one being set aside for illuminat- ing, and the other for a separate service of heating gas. The gas coming from a retort varies greatly in its character during pro- gressive periods of the charge. During the first quarter of an hour after closing the retort the gas given off consists principally of marsh gas (CH,) and other occluded gases and vapors, which are of little or no use for illuminating purposes ; from the end of the first quarter of an hour, for a period of two hours, rich bydrocarbons, such as acetylene (C,H) and olefiant gas (C,H,) are given off ; whereas the gases passing away after this consist for the most part again of marsh gas, ssing low illuminating power. M. Ellissen, the late chief of the experimental department of the Paris Gas Works, and actual President of the French Society of Gas Engineers, has made a most interesting series of experiments, which he carried out in connection with the late M. Regnault, the eminent physicist, some years ago; the object of the experiments being to discover the proper period of time to be allowed for each charge. Although the average illum- inating power produced by the distillation of the coal did not exceed 13.5 standard candles, the gas given off from the end of the first quarter of an hour, during a period of two hours, possessed an illuminating power of 16.16 standard candles. According to the figures given in the valuable experiments of M. Ellissen, it ap- pears that nearly two-thirds of the total pro- duction of gas takes place in the above period, while the remaining third is distilled during the first quarter of an hour and the last hour and three-quarters. It hence fol- lows that by changing the direction of the flow of gas at the periods indicated, allow- less liable in its combustion to deposit soot | upon heat-absorbing surfaces, and in giving, | weight for weight, a calorific power superior | to olefiant gas. The Gas Engineer reports the beginning of | the manufacture in England of STEEL AND WROUGHT-IRON GAS PIPE. | Messrs. Exton, Berridge & Partners, of Westminster, are now manufacturing steel pipes and wrought-iron pipes made from | rolled sheets. The operation, from the heating of the rolled sheets to the interme- diate stage of bending to the required curve, is exceedingly brief, while the final jointing of the pipes by hydraulic pressure may be said to be even more rapid. By this process pipes may be made of almost any diameter —they are now usually made between 5 and 36 inches diameter—and in thickness vary- ing from one-sixteenth to three-eighths of an inch, according to the purposes for which they are required, and up: to 12 feet in length. The steel pipes made by this pro- cess are tested to stand an internal pressure FURNACE. THE GILL ANNEALING }of 500 pounds and upward to the square ‘inch, and, as a matter of course, are | exceedingly light. | German physicians and builders after a | series of practical tests speak very highly of | the properties of TRIPOLITH, a substance manufactured to replace plaster pe Paris for surgical operations, and for stucco plaster and other work in the building | trades. It is manufactured by Messrs. Gebriider von Schenk, of Heidelberg, and is remarkable for the rapidity with which it sets, its lightness, strength and polish. It is said to resist the action of water very well. | It is made of impure gypsum, three parts of which are ground together with one part of silicate of lime, nine parts of the mixture being ground together with one part of coke. The material is then heated and stir- red, without the addition of water, at a temperature of 248° F. As soon as the water of crystallization of the gypsum has been expelled the temperature is raised to 500° F., the product being a gray powder. The color of the dry mass is silver gray, and besides setting in a pure state in four to five | minutes, it can be made to harden after five to six hours by the addition of water in| which some glue has been dissolved. By comparative test it was found that after set- | ting, it took plaster of Paris 147 hours longer to dry than tripolith. The latter is also 14 to 16 per cent. lighter, an important advant- | lamp is lighted the hand may be moved to age for surgical operations and for use| the exact time by putting the rack out of in stucco work. After it has been given a coat of oil it holds color very well. As it grows older, set tripolith becomes firmer. Plaster of Paris has a tensile strength of 7 of tripolith, after two months, had a tenacity of 15.2; after four months, 15.91; after six months, 17.5, and after eight months 17.5 tons per square inch. It is reputed to be 30 per cent. cheaper than plaster of Paris. It is reported that Krupp, of Essen, has succeeded in making and hitherto it has been found necessary, c after, at the very most, 1000 rounds have| the scientific principle of his invention, a plea been fired, to melt up the whole gun, on} Which was made against the Green patent. account of the damaged condition of the me bore, although the outer parts of the piece The Hardening of Steel. were practically as good and sound as ever. Sines the construction of these outer hoops is very costly, the idea occurred to one of the members of the firm that it might be possible to localize the melting operation ; and this it has now been found possible to accomplish by treating the body of the piece with a cold-producing preparation of car- bonic acid, which contracts it to such an extent that the hoops, expanded at the same time by the application of heat, can The tempering of steel is a question which is attracting considerable attention at the present time, especially the relation between the metal and the gases which come into contact with it during the process of manu- facture. An interesting communication on the subject was recently made to the Physi- cal Society by Prof. Chandler Roberts, of the Royal School of Mines, and his principal result, though of a negative kind, is valua- ble as narrowing the question at issue. i be easily removed. The English Mechanic describes A NIGHT LIGHT CLOCK, which has at the same time the great ad- vantage of being noiseless. The reservoir or receptacle for containing the oil is formed of any desired material, and can be cylin- drical or any other suitable shape, provided that its internal capacity is the same through- At the upper part of the said reservoir is fixed, in a vertical posi- out its entire depth. tion or nearly so, a dial or clock face, through the center of which passes, in such a manner as to be capable of turning freely, a spindle, to one end of which is fixed a hand for indicating the time, and on the opposite end is mounted a small pinion, top thereof is attached a rod fixed vertically, the upper end having a rack thereon which gears into the before-mentioned pinion. The wick-holder is arranged in any suitable man- ner at the upper end of the reservoir, and when the clock face is transparent, it is placed behind the same, thus effecting the double purpose of illuminating the said clock face and also of modifying the light ; the wick passes through an aperture or space in or at the side of the float or in any other suitable manner to the oil. The action of the ap paratus above described is as follows: It | having been ascertained that a certajy quan tity of oil will be consumed ina certain time, and that consequently the float will descend a certain distance with the alteration in the level of the oil, the rack and pinion are so formed that on the rod descending with the float the pinion will be caused to revolve, land with it the hand, which will indicate on the clock face a period of time correspond- | ing to that occupied in the consumption of | the quantity of oil referred to, When the | gear with the pinion and turning the hand | round, | ~ —————— al driven well patent. A float is placed within the oil reservoir, and to the Judge Blatchford, of the United States to 8.25 tons per square inch, while a sample | Circuit Court of the Northern District of New York, has recently rendered a decision in the case of Andrews vs. Cross, which in- volved the validity and use of the Green The claim for a process of constructing wells ‘‘ by driving or forcing an instrument into the ground until it is pro- jected inte the water without removing the Prof. Roberts began by tracing the history of our knowledge concerning the carburiza- tion of iron, from the work of Clonet, at the end of last century, to that of Margueritte in 1856. Margueritte showed that, although the conversion of iron into steel could be effected by contact with carbon, even in the diamond form, it is, nevertheless, true that carbonic oxide ordinarily plays a considera- ble part in the process, Graham’s paper ‘*On the Occlusion of Gases,” read in 1867, gave singular point to this conclusion by showing that carbonic oxide can penetrate to the center of a mass of iron. This gas is, in fact, introduced into the iron at a com- paratively low temperature, while a high temperature is necessary to enable the metal to appropriate the carbon in order to be- come steel. The effect of occluded gases in iron and steel is now being carefully studied by metallurgists in general, and a committee of the Institution of Mechanical Engineers recently raised the question in one of their reports, as to whether the hardening and tempering of iron and steel might not be produced by the expulsion of occluded gases during the heating process, and their subse- quent exclusion by the sudden cooling and contraction. Prof. Roberts has undertaken to answer this question, and by heating rods and spiral wires of steel in vacuo by means of the electric current and suddenly quench- ing them in cool mercury, he demonstrates that steel will harden when there are no gases toabsorb. The metal was, of course, robbed of its occluded gases by means of an air pump connected to the vacuum cham- ber, and the parts which were quenched in the mercury were found to be glass-hard, while those which did not reach the cold fluid were found to be quite soft. Prof. Roberts, therefore, concluded that gases do not play any partin the process of hardening and tempering. Historically interesting are the facts mentioned by Prof. Roberts, that as early as 1781 Bergman clearly stated that fixed air could give up its carbon to iron, and that Reaumur in 1722 actually employed the Toricellian vacuum in experiments on the tempering of steel, the metal being placed red hot in a highly-rarefied atmos- phere, thereby anticipating the methods of to-day by more than 150 years. An inter- esting discussion followed the reading of the paper. Prof. Hughes, who has made numer- ous experiments on the subject, expressed his opinion that the temper of steel was due to the chemical union of the iron with the carbon. At low temperatures this union takes place only in a slight degree, and hence in soft steel we have the carbon keep- ing aloof from the iron ; but as the tempera- ture is raised the combination is furthered, until in the case of gray or glass hard steel we have really akind of diamond alloyed with iron. Sudden cooling is necessary to fix the combination, for in slow cooling the carbon separates out again from the iron. This theory is a very promising one, and is supported by a variety of facts ; Mr. Stroh, for example, having observed that when an electric spark passes between two iron con- tact pieces and fuses them, the fused part becomes diamond-hard and will scratch a tile. Recent researches by Mr. T, W. Hogg have also led him to a similar conclusion, namely, that temper of steel is due to the presence of an unstable compound of iron and carbon. The theory might very well be tested by chemical analysis in order to see whether the proportion of carbon appro- priated by the metal increased with the temperature, or if any change took place in the refractive index of the steel. It was generally agreed by all the speakers at the meeting that the color of the surface of tempered! steel depends on the temperature, and is due to the thickness of the film or skin of oxide; the blue film signifying a higher temperature than the yellow, as well as a thicker coating. In this connection Prof. Hughes has demonstrated that the electric resistance of the film increases with the temperature. A novel illustration of metallic skins was furnished by Prof. Guthrie, who exhibited a steel chain to which he had given a beautiful bluish-black protective coating by simply dipping it in melted nitrate of potash or common niter. The process was discovered accidentally, and as the bloom improves the appearance of the metal, it will probably be applied to utensils of iron and fancy articles, —s oS pe ee —— lll ia Alta Q THE IRON AGE. ‘' July 14, 1881, BRASS & COPPER CO., No, 19 Off Str ect, Phelps Building, NEW YORK. MANUFACTURER. OF BRASS AND COPPER Waterbury Brass Co. CAPITAL, - - $400,000. Sheet, Roll and Platers’ Brass, CERMAN SILVER, Copper, Brass and German Silver Wire, BRASS AND COPPER TUBING, COPPER RIVETS & BURS, BRASS KETTLES, Door Rail, Brass Tags, PERCUSSION CAPS, POWDER FLASES, Metallic Eyelets, Shot Pouches, Tape Measures, &c. And small Brass Wares of every Description. Cartridge Metal in Sheets or Shells a Spe cialty. Sole Agents for the Capewell Mfg. Co.’s Line of Sport- ing Goods and Wood’s Paper Shot Shells. DEPOTS: Millis At 296 Broadway, New York, WATERBURY, 189 Eddy St., Providence, R. I. Conn. Manhattan Brass Co,, Manufacturers of Sheets, Bolts, Rods, Wire, &c. Seamless Brass & Copper Tubing. Ansonia Corrugated Stove Platforms. PURE COPPER WIRE For Electrical Purposes, Bare and Covered. Phosphor Bronze Rods for Pumps, &c. ANSONIA * REFINED INCOT COPPER. __ PHELPS, DODGE & CO. IMPORTERS OF TIN PLATE, ROOFING PLATE, Sheet Iron, Copper, Pig Tin, Wire, Zine, &c. MANUFACTURERS OF Sheet Brass, Olmsted Patent Oilers, C 0 fp Pp F R A N D . | Brass Wire, Prior Patent Oilers Copper Wire, Broughton Patent Oilers, Copper. Rivets, Brass, Tin & Zinc Oilers, ___CLIFF STREET, NEW YORK. Brass Butt Hinges, scovi LL MFC CO BRASS, HINCES, WIRE, CERMAN SILVER. Brass Tubing, Zinc Tubing, Hurricane Lanterns, Brown’s Patent Picture Hooks. Fire Sets, Fenders, &c. BRASS BLANKS AND TUBES OF EVERY DESCRIPTION TO ORDER. OFFICE AND WORKS, Ist Ave., 27th to 28th Sts., New York. SS THE NEW HAVEN COPPER CO., 255 Pearl Street, New York. PHOTOGRAPHIC GOODS. BUTTONS, CLOTH AND METAL. —_———. DEPOTS, FACTORIES, 419 &421 Broome St., N, Y, Waterbury, Conn, 177 Devonshire St., Boston. New Haven, Conn. 183 Lake St., Chicago. New York City, Manufacturers of and Dealers in DICKERSON, VAN DUSEN & CO, Braziers’ & Sheathing Tin Plate, Pig Tin, Sheet Iron, Cooper, COPPER. Wire, Zine, Ete. Kettle Bottoms, Bolts, Circles, Rivets, 29 & 31 Cliff St., cor, Fulton, DICKERSON & CO., Liver ool. NEW YORK. ROME IRON WORKS, Manufacturers of Brass, Gilding Metal, Cop- per and German Silver (In Sheets, Rods, Tubing or Wire), COPPER & BRASS RIVETS AND BURS. Rome, New York. A. C. NORTHROP, Waterbury, Conn., NOVELTIES IN BRASS AND OTHER METAL GOODS FOR HARDWARE TRADE. Wrought Iron and Brass Machine Screws; Turned, Hexagon, Round and Square Head Cap and Set Screws; Brass and Iron Gatety ana Jack Chain; Gilt, Nickel Plated and Bronze Trimmings of all kinds. from Sheet Iron, Steel or Brass. Estimates on patented articles, or any description of Sheet Metal work, respectfully solicited and promptly given. WORKS ROEBLINC’S AT : a SSS TRENTON, __Ingot Copper, Spelter, Solder, &ec. JOHN STARR, Hardware & Metal Broker, MANUFACTURERS’ AGENT, Halifax, Nova Scotia, Representing in the Dominion of Canada several American Manufacturers, is ready to accept further Agencies. Satisfactory references, New York Office Warehouse N. J. ah at sae ee es 117 Liberty Street. THE JOHN i ROEBLING'S SONS 60,, WIRE ROPE GALVANIZED lron, Steel a Copper Telegraph Wire, Holsting Ms a of all Market Wire, kinds, for Ferries, Stays, Ship Rigging, Sash Cords,/ Vineyard Wire. Lightning Rods, &c., &c. Buckle Wire, Spring Wire, Suspension Bridge Cables. Rivet Wire, &c., &c. GALVANIZED WIRE CLOTHES LINES. Iron and Stee) WIRE Market Wire, Fence Wire Bridge Wire, Chain Wire, “BRODERICK & BASCOM, MANUFACTTRERS OF IRON STEEL WIRE ROPE, (728 N. Main St A HH etals. Clive, ete. The Plume & Atwood Mfg. Company, SHEET and ROLL BRASS and WIRE, German Silver and Gilding Metal Copper Rivets and Burs, Eerosene Burners, Lamp Trimmings, &c. PHILIP L. MOEN, CHARLES F. ee President & Treasure?. e President & Secretary. Washburn & Moen Mfc. Co. Established, 1831. Capital, $1,500,000 WORCESTER, MASS. WIRE DRAWERS. Patent Galvanizing, Rolling and Tempering, MANUFACTURERS OF TRON, AND IRON AND STEEL WIRE. Of Every Description. - 18 Murray Street, New York. 13 Federal Street, Boston. 109 Lake Street, Chicago. Rolling Mill, Factories, THOMASTON, Ct. WATERBURY, ct Bridgeport Brass Co., MANUFACTURERS OF A SPECIALTY MADE OF GALVANIZED TELEGRAPH WIRE, GALVANIZED TELEPHONE WIRE, PATENT STEEL WIRE BALE TIES, Sheet and Roll Brass, PATENT STEEL BARB FENCING, Brass & Copper Wire & Tubing, sew vane gpg, AND PUMP CHAIN. ' ' NE ORK OFFICE ST. LOUIS WAREHOUSE: CHICAGO Ww, 2EHOUSE: German Silver Metal and Wire 21 Cliff St, 802 No. Second St. ae aa ye Copper and Iron Rivets. ¥ OILERS and CUSPADORES, { LAMPS and TRIMMINGS, LANTERNS and TRIMMINGS, | KEROSENE BURNERS, Clocks & Fly Fan Movements PLUMBERS’ MATERIALS. ** NATIONAL WIRE AND LANTERN WORKS,” manufacturing neta Good | Warehouse, 45 Fulton Street, New York. MANUFACTORY, WAREHOUSE, And California Wire Works Co., San Francisco, Cal. ae Wee Conn. |19 Murray St., es ¥. Manufactory, Nos. 1197, 1199, 1201, 1203, 1205, 1207, 1209 and 1211 De Kalb Avenue, Brooklyn, N. Y reverence >) HOWARD & MORSE, ; ‘RASS COPPER & IRON WIRE CLOTH, Exclusive Manufacturers of the No. 16 Pattern, Drive Way Gates. Wire Cloth, partly unrolled. ST. LOUIS: MO... Holmes, Booth & Haydens, WATERBURY, CONN. NEW YORK, BOSTON, HEAVY ROLLED CLOTH FOR MALT KILN FLOORS, Wire Work, Wire Fence, Railing and Guards.» | ABRAM S8. HEWITT, ¥ President, JAMES HAL L, Treasurer. WM. HEWITT, Vice President. THE E. HANSON, Secretary. TRENTON IRON COMPANY, (INCORPORATED 1847), TRENTON, N. J.. Manufacturers of [RON and STEELWIRE OF ALL CRADES, BRIGHT, ANNEALED, COPPERED, TINNED AND GALVANIZED; Iron and Steel Wire Rods; EXTRA QUALITIES OF BAR IRON AND RODS. Best Qualities of Gun-Screw and Charcoal tron Wire; Crucible, Siemens-Martin and Bessemer Steel Wire. Wire Straightened and Cut to Lengths, New York Office, COOPER, HEW ITT & CO. 17 Burling Slip. P ee le elphia Office. JOHN HEWITT, Agent, 2: North Fourth St. IRON AND STEEL WIRE ROPE For Hoisting, Running & Standing Ropes, Ferries, &c. CONSTANTLY KEPT ON HAND, Address, HAZARD MFG. CO., Wilkesharre. Luzerne werne Co., Pa. FELTEN & GUILLEAUME, Carlswerk, near Cologne, Germany. PATENT CRUCIBLE STEEL WIRE, For Mining and Plow Ropes, Hawsers and Bridge Cables. SIEMENS- -MARTIN AND BESSEMER STEEL WIRE, GALVANIZED TELEGRAPH WIRE of Charcoal and Swedish Iron and Steel, also with high conductivity, and in long lengths. ” GALVANIZED STEEL WIRE, For Plain, Barb and Strand Fencing, a» and 7 -ply or Staples, &c. Annealed aa Oiled Fencing ire, round and ova WIRE ROPE: OF EVERY DESCRIPTION, TELEGRAPH CABLES. Contractors to the German and Foreign goxe rnments. The « ide ast house in the braneh on the Con tinent, Welegraph Address, CAKLSWERK, COLOGNE. ° General Agents for U. 8. and Canada, PERKINS & CHOATE, 23 Nassau St, N.Y. 49 Chambers St. 18 Federal St, Manufacturers of all kinds of Brass, Copper & German Silver, ROLLED AND IN SHEETS, BRASS & COPPER WIRE, Tubing, Copper Rivets & Burs. BRASS & IRON JACK CHAIN, DOOR RAIL. German Silver Spoons, SILVER PLATED FORKS & SPOONS, ___Kerosene Burners, &c. JOHN DAVOL & SONS, Agents for Brooklyn Brass & Copper Co., Dealers in Ingot Copper, Spelter, Lead, Tin,}] —————— Antimony, Solder & Old Metals, _ 100 John Street, New York. PASSAIC ZINC CO. Pure Spelter Cartridge Brass, Gas Fixtures, Bronzes AND ALL FINE WORK, Also for Galvanizers & Brass Founders. MANNING & SQUIER, Gen'l Agents, 113 Liberty Street, N. Y. Geo. W. Prentiss & Co.. HOLYOKE, MASS., MANUFACTURERS OF A. LESCHEN ce SON, Manufacturers of Bright, Coppered, Annealed and Tin Plated, Also GUN SCREW WIRE Of cll sizes straightened and cut to order. The Schoenberg Metal Mfg. Co., Manufacturers of and Dealers in SOLDER, TYPE, Stereotype, Electrotype and Babbitt Socata” Importers of Block Tin, Antimony, &c. Refiners of Lead, 8 Iter, &c. Highest price ald for old Metals OF BEVERY DESCRIPTION. 530 . Fast 20th } 919 to 923 N. Main St., ST. LOUIS, MO, Correspondence invited, and all kings of Dross. §'38 Street, between Avenues A « New July 14, 1881, THE LKON AGE. & C0. Manufacturers of al kinds of = 2 2 B ecco ca Tin Plated RD to the trade. 254 Pearl St. NEW YORK. 0. LINDEMANN Japanned, Brass & CAGES. Catalogues furnished YALE LOCKS, CARY & MOEN, Improved Universal Foree Pumps. BROWN & BROTHERS, 81 Chambers St., N. Y. Manufacturers of BRASS, COPPER AND GERMAN SILVER, In Sheets, Rolls, Rods, Wire, Tubing, Rivets and Burs, Etc. ALSO, Seamless Brass & Copper Tubing. PATENTED SEAMLESS BRASS AND COPPER HOUSE BOILERS, warranted to stand 200 Ibs. pressure and guaranteed against vacuum. Waterbury, Conn. PATENTED SPRING TEMPERED SHANK, SILVER-PLATED, FLAT TABLE WARE, in rich cesigns. _ GERMAN SILVER SPOONS AND FORKS. POPE, COLE & Co. BALTIMORE COPPER WORKS, No. 57 South Gay St., BALTIMORE, MD., Have always on hand and for sale INGOT COPPER, Also Cakes, of unequaled purity and toughness. IRON ROOF CRESTING, G, WEATHER VANES, Tower Ornaments, Also, Wrought Iron Fence, | aa For Residences, Court Houses, Cemetery Lots, &e. | IRON SHUTTERS, WINDOW GUARDS, Balcony Railing, &c. Parties wanting work in this line will be furnished illustrated catalogue and price list upon application. cr - Manufactured by E.T. Barnum’s Iron and Wire Works, Detroit, Mich. G. Gunther, Manufacturer of Patented Brass, Silver Plated and Japanned BIRD CAGES. Can be nested for ex- port shipments, 46 Park Place, NEW YORK. I arge st ‘varie ty in patterns and unsurpasse d in low prices. New Lilustrated Catalogues and Price | Lists on application. Schenectady Molding Sand Co. ALBANY AND SCHENECTADY MOLDING SAND delivered on cars or boats at low rates. All grades guaranteed. All orders will re ye prompt atten- tion, Address, J. G. GREENE, Sec. ScHENECcTADY, N. Sec. and Tre as. > Wall St., G. 8. VEEDER, Pres; J. G. GREENE, The Morris Sash Lock Mfg. Co., | Manufacturers of The Morris Sash Lock, Pat. Combined Sash Lift & Lock, Pat. Self-Locking Shutter Bar, And specialties in Builders’ Hardware. 214 and 216 ELM STREET, CINCINNATI, OHIO, U. 8. A Also, gti raw Wark > _ oth the ‘ et iiiina via oe w York 6 bs fee Both ‘rs se TE L roads are a part of the abasn combin E WIRE forall ourposes and STEEL SPRINGS of every description. Mr. W. S. Blunt, whose name has been | tion. é —— pas known to our readers for along time in con a S s — with the ‘‘ Universal Force Pump,” The Tehuantepee Railroad. S 7 1as recently brought out a number of new SS eS ; styles and has materially improved upon Wm. J. MeAlpine ilting ince of S 3 SS F former patterns. The accompanying illus-| the Tehuinteyee Inter-Ocean Railroad, has 5 Se trations show some of these pumps which | just returned to New York after four months’ S SS : are worthy of notic he first of them, | absence on che route. and speaks of this S SS Fi. 1, ds a form of the pump called the | really grand enterprise, of which the public S S RS = Lotus It ji ‘cistern pump,” suitable | know comp iratively little, as in full progress S S > : = for use in all positions where a pump of this| toward successful ¢ ympletion. Between 73 > — class is ae placed, but having some| 4000 and sooo men are at work, of whom ' > Se > additional advantages of its own. It is pro Oare on the northern end, where there " = a vided with a stop-cock on- sink spout, which | are now 15 miles of finished road As much S NS Hg is a great convenicnce when forcing water} more will be in operation in a few weeks > through an upper nozzle. Fig. 4 shows} At the southern or Pacific end work was ee another form of the same pump. In general | commenced in the middle of April last. ’ Market Steel Wire, Crinoline Wire, tempered and covered. the series of pumps bearing the name! We were favored by Mr. McAlpine with Also Patent Tempered Steel Furniture Springs, constantly on hand. 934, 936 and 238 West 29th Street, - - - - - NEW YORK Office and Works, srgN ™ ~ + + STRPANMMEFORD, CONN. Salesrooms, 5: Chambers Street, New York, * 86 Pearl Street, Boston. 507 Market Stree ‘t, Philadelphia. G4 Lake Street, Chicago. This Advertisement is Changed Every Week, 2 a oe GAUTIER STEEL C0. LIMITED. Fig. 1 —The ‘‘ Lotus” Short Standard Non- Fig. 2 —The *‘ Lotus” Adapted to Freezing Set-Length, Pump and Cylinder. Use in Deep Wells. ‘Lotus” may be described together. All| full information. He was asked how the JOHNSTOWN, of them are provided with a working head with an upper nozzle, which is intended to be used with hose or for pipe leading to a tank. The handle and interior crank are secured in a very simple but effectual man- ner in the head, which rests and rotates upon the air chamber, thus enabling the handle to be used with the pump in any desired position. The sirchamber is so constructed as to be reliable at all times, and all parts of the pump are so adjusted that the water enters at the base of the pump, and passes up in a straight line and out of the upper nozzle on its way to the tank, thus avoiding unnecessary turns and consequent friction. A side spout is screwed into the air chamber es use at the kitchen sink, or forthe attach- ment of hose for use at fires or irrigation The external fittings, and a somewhat novel arrangement for disconnecting any portion of the pumps, their great length of stroke and unusual power, together with the finish given them and the durability of the parts, PENN. | MOULDING SAND. Albany Sand a Specialty. 2 FOUNDRY FACINGS, Shovels, Riddles, Brushes, &c. WHITEHEAD BROS, _ AMERICAN FACING CO. WM. WHITEHEAD, Treas., 617 W. 15th St., New York, FIRE SAND A a CLAYS. J. A. EMERICK. MN MOLDING SANDS and Foundry Supplies. HOWARD EVANS. J. A. EMERICK & 60. 1056 & 1076 Beach Street, PHILADELPHIA, ** MANFRS’ FOUNDRY FACINGS, And Dealers in and shippers of all descriptions Fig. 3.—Deep Well Non-Freeving — — Force Pump commend the pumps for general use. Fig. } 2 shows a form of the ‘‘ Lotus” adapted to! Established 1810, use in deep wells, Fig. 3 shows a deep-well, non-freezing force pump having no air chamber. It has a rotating head and two nozzles. The small cuts to the right of Figs. 1 and 3 represent the cylinders which are used in connec g § tion with these pumps, and which are made in two styles. Purchasers have their choice between iron cylinders and cold pP HY | LA D E L ho KH lA drawn brass cylinders. The general appeat 9 ance of the two styles is the same, and . both are furnished with polished raised Manufacturers, Importers and Dealers in brass valve seats. Mr. Blunt’s place of busi ness is 94 Beekman street, New York ODD AND REGULAR SIZES ee Eight carloads of railroad iron, the first of a lot of »tons for the St. Louis, Des Moines and Northern and the Des Moines 4 and Northwestern, purchased in Wales, ar Black and Galvanized Sheet Iron, Metals, Wire, Copper, rived at Des Moines, lowa, on the 20th ult., | Stamped Ware, Registers, &c. via New Orleans and Mississippi Barge lines, with through bills of lading from Liverpool, the first of the kind. A Des Moines dispatch is ae O2 nd - : = — - ——I|to the Chicago Tribune says The order Ww OoD, JENNISON & Cco., was made by cable, and Was necessitated because the mills in this country could not | supply it, being overrun with orders. The | saving on freight by this route over that Manufacturers of SHAFTING, PULLEYS AND H ANGERS—A Specialty, Wood’; Patent Bolt Threading Machine. Worcester. Mass. | many will be surprised to learn that prospects of the Tehuantepec route compare with the proposed Lessep3 canal or Eads’ great ship canal, which secure so much more of public attention. Saidhe: ‘Two years from now we shall have the route through and in operation from ocean to ocean, Lesseps’, it is said, will be finished in fo to 20 years, and Eads’ canal will be nearly or quite as long in building. Each of those works will cost not less than $500,000,000, the annual interest of which would pay a dividend of to 400 per cent. on the investment in the Tehuantepec railway, viz., Hence,” said Mr. McAlpine, ‘* competition between these works is out of the question.” He added that if the traflic contemplated by the projectors of Eads’ scheme is realized as to volume, two tracks on the Tehuantepec road would do the whole of it, and such two-track railroad would cost less than $10,008,000, against the $500,000,c00 required for either of the other projects. For those who are not familiar with that 300 $6,000,000, Fig. 4.—The ** Lotus” Common Form with Outlets for Pipe or Hos part of Mexico bordering on the Gulf, it may be observed that the Tehuantepec road (for which Mr. Edward Larned, of Pittsfield, Mass., obtained a full concession) will run very nearly north and south, the northern terminus being at the mouth of the Coatzo coaleos River, which is almost due south from New Orleans. Its length will be 160 miles, and the saving in distance between New York and San Francisco, compared with the Panama route, will be 1152 miles each way, or compared with the vag around Cape Horn, 21,524 miles on the round trip. According to Mr. McAlpine, who has carefully surveyed the entire line, there are no unusual difficulties in building the road, as the grade nowhere exceeds 60 feet to the mile, and more than one-half of it is of the cheapest construction, nearly following the surfa of the earth. The most expensive portion of it, and that ex- tending a short distance only, will not exceed $60,000 per mile, making an average for the whole of not more than $2: 330 O per mile So quietly has the work proceeded that no less than carg of material have been shipped to the Coatzocoalcos River up to the present date, most of them from New York, 33 roes | though the rails go from England and aboht rae THE IRON AGE. ‘July 14, 1881, | «Reon. nan Xron. | ¥vow. Xeon. RCON. | N EW YORK. _ “NEW YORK. NEW YORK. PITTSBURGH. PITTSBURGH. OGDEN &, WALLACE, A. B. Warner & Son, JOHN W. QUINCY & CO., 85,87,89 & ¥1 Elm St., New York. Iron and Steel nimvate seats ci epee BOILER PLATE, Of every des Acents for Mark sbrother & Co,’s BLACK DIAMOND STEEL. All eizes of Cast and Machinery Ste el] constantly on *: and. ~ PIERSON & CO,, 24 & 26 Broadway, 77 & 79 New St., NEW YORK CITY. “PICKS” of all kinds, ““ESOPUS” HORSE SHOE IRON, BEAMS, ANCLES, Tees, Channels, Sheets, Plates. All descriptions in stock. IRON & STEEL. ABEEL BROTHERS, Established 1765 by ABEEL & BYVANCE, Iron Merchants, 190 South Street and 365 Water, N. Y. ULSTERIRON A full assortment of all sizés constantly on hand. Refined Iron, Horse-Shoe Iron, Common Iron, Band, Hoop_and Scroll Iron, Sheet Iron, slorway Nail Rods, Norway Shapes, Cast, Spring and_Tire Steel, etc. A. R. WHITNEY, Manufacturer of and Dealer in TRON Our specialty is in anufacturing Iron Used in the Con- Metruction of Fire- Proof Buildings, Bridges, &c. i — for Comes Bros. & € Limited, Pittsburgh, ” Wrought hice Beams and Boller and Tank Rivets. Sole Agents for the celebrated “Eureka,” Pennocks, “Wawasset,” Lukens, ; and Gasometer Iron. Special attention to Locomotive Iron. Fire Box lron a specialty. ROME, N. Y., Manufacturers of the bens grade of a rolls, Ovals, Half Ovals, Half Rounds, Hexagen and Horse Shoe Iron. Also fro = Charcoal Pig a su — or diced of Iron branded J.G. All puddied balls . ‘ed b Y hammer. Orders mae be sent to the mini or - PARFENTER, our Agent, at 59 Joho Street, “New Yo = IT aa C= AND METAL BROKER N’ Laaaeres Tiss 1 Trin IRON AND STEELRAILS.OLD RAILS, “+ SCRAP AND PIG IRON. = % IRON, TIN PLATES & METALS, 68S Wall St., New York. JAMES WILLIAMSON & CO., SCOTCH AND AMERICAN PIG IRON, No. 69 Wall St., New York. Channel Iron. Bay State Iron Co., Boston, Mass., Boiler Plate and Tank Iron, Naylor & Co., Boston, Mass., Homogeneous Steel Plates and Compressed Steel Shafting Plates Rolled to foo Inches. ts A Plans and estimates furnfShed, and contracts made for erecting Lron Structures « of every descrip- tion. Books containing cuts of all Iron made sent on eppmons m by ae SS 90 B . ‘- * mple pieces at office. ease address . ‘ay, New oe § Hudson Street, New York. roadway, New York, “BORDEN & LOVELL, Commission Merchants 70 & 71 West St, wet }=6|« ————sNew York. uN. bo ccett f | Tuckerman, Mulligan & Co CARMICHAEL & EMMENS 130, 132 & 134 Cedar St., New York. DEALERS IN Lap-Welded Boiler Tubes, &c., &c, Age ont Sor Otte? colebeated oe Ste el Boller Plates, The Agents for the sale of The Coatesville Ir P< wn Iron L aure j =~ iting saae ‘an au a a ‘Tubs » We orks; w re sught ee __|Am, & Eng. Ref’d lron,Common Iron,&c Fall River Iron Co.’s Nails, Bands, Hoops & Rods. Borden Mining Company’s Cumberland Coals. WILLIAM H. WALLACE & CO., IRON MERCHANTS Cor, Albany & Washington Sts., NEW YORK CITY. HUGH W. ADAMS & CO SCOTCH AND ENGLISH IRONS, | Agents for American Charcoal and Anthracite Furnaces, 56 Pine Street, New York. Huey W. ADAms. DANIELL L. Corp. W. Ss. MIDDLETON, Broker in Machinery & Iron Agent for FORSTER’S CRUSHER & PULVERIZER, The best in market. Wa. BuruaM. — Ww. 8s. MIDDLETON, 52 Jehu St., N. ¥. B. ¥F. JUDSON, Importer of and Dealer in SCOTCH AND AMERICAN RPWPigsg Iron, IRON & ware DEALER, have on hand, and « off ‘r for sale, the f< lowing Rossen, *h and Ams ‘ric. = ne Iron, Wrought, i ast | an ry Scrap Lron, Car W hee ls, Axle ad Wrought & Cast Scrap lron, Heavy wr og I iro mn: also, old Ce op per, © compe 0 i- tio on, Bras: 8, Lea ewter, ‘Zine, &e 1A Boller Tubes, Angle, Tee & ionae tren, HARRISON & GILLOON 558, 560, 562 WATER ST., and 302, 304, 306 CHERRY 8T., have on hand, and offer for sale, the following: Brands of Iron. Alsoall descriptions of Plate, Sheet, Lead. ht Iron; also oe Copper, ‘Composition, Brass, | OXFORD IRON CO., Bar Iron, Bands and Fine Hoops, Cut Nails J. S. SCRANTON, Sales Agent, HORSE SHOES. The Burden Iron Company ULSTER IRON WORKS, EGLESTON BROS. & CO.. IRON AND STEEL BOILER PLATE. JL STER BAR -—IRON, nirormensov =| G@Ngarnock and Carnbroe For spot delivery and for prompt or forward So ~| shipments to New York, Boston, Philadelphia. Baitimore or New Orleans, S. A. LISSBERGER, 8ATES & DESPARD, 509, str and 519 to 529 East 19th St., New York, ‘STEEL AND IRON RAILS, SWEDISH W. D. WOOD & COS 98 William Street, New York. nthracite & Charcoal Pig Irons, Wrought Scrap, Cut Nails, Copper, UB SNOW SHOES @ ROADSTER % PATTERN, IRON AND METAL DEALERS, NEW YORK, PATENT ““! Planished Sheet Lron. ae Cast and Scotc ican Pig _Iro otch and Americ £ = ak Hon achinery Scrap Iron, Car-Whee Axles Pewter. Zine, & . G. CLARKE, Receiver,) AND SPIKES. In the Large cities throughout THE UNITED STATES. And at their Office, Ill Water Street, PITTSBURGH, PA. 81, 83 and 85 Washington Street, NEW YORK, BURDEN’S Cc. BANE, OLD RAILS, SCRAP IRON, STEEL, PIC IRON, BLOOMS, AND ORE. PITTSBURGH, PA. “Burden Best” lron From Selected Stock, Hammered under Steam Hemmer, Port Oram, Morris County, New Jersey. Boiler Rivets. Troy, N.Y. 166 South Street, ? 267 Front Street, s NEW YORK CITY. BURDEN’S H. B. & S. AND All sizes and shapes in stock. Also Best Grades of SCOTCH PIG IRON, For sale in lots to suit by JAMES LEE & CO., Sole Agents for the United States, 72 Pine Street, New York. ech Mute inten jo! eel TOE CALKS. 4 Guaranteed fully equal in all respects to the Extra Quality Homo S geneous Steel IMPORTED RUSSIA IRON, and at a much less price. ror'sace, BOILER PLATE by all the principal NA ETA > DEA LE RS STEEL PLATES, all descriptions. Cut Nails and Spikes, Plate and Sheet lron, all descriptions, 'SHOENBERGER & CO., **2z"=™ KEYSTONE ROLLING MILL. WILLIAMS, LONG & McDOWELL Mannfacturers of IR oO IN; Pittsburgh, = - Bonnell, Botsford & to. rw mn Sectnesc| Iron, Nails & Spikes. UNION STORAGE CO, YOUNGSTOWN, ome. RECEIVE ON ——— : Storage and Issue Warrants |PORT ORAM MANUFACTURING CO. ON Manufacturers of PIG IRON, BLOOMS, INGOTS, : MUCK BAR, RAILS, &e. ‘Scrap & Pig lron Blooms Correspondence relative to establishment of yards at furnaces solicited. esate Office, PITTSBURGH PA. ee Sable | d Nail able Iron and Nail Works. ZUG & CO., Manufacturers of the Celebrated Office and Works, LEECHBURG IRO _ IRON — KIRKPATRICK & CO., | Manufacturers of all grades of ; 4 FINE SHEET RON s, (Refined, Cold Rolled, Show Card, Stamping, Tea Tray, Polished, Shovel, Ferrule Iron, &c.) 117 Pearl &t., New York, P. O. Box 764, Importers of BARS, STEEL AND PIG IRON. SCRAP IRON an OLD RAILS c. f. and Lt. to me rica, orf. o ft. Eneliah porta. OLD METALS. 7 & 459 Water St.) NEW YORK. 45 233 & 235 South St. “9 ) DANIEL Ww. RIC FOREIGN AND DANIEL F. COONEY, (Late of and Successor to Jas. H. Hoidane & Cea.) SS Washington St., N. Y- BOILER PLATES and SHEET IRON, Damier, W. Ricmant LAP WELDED BOI Beller Rivets, Angie & T Iron, rv "tal Is i Soh es, SCRAP — STEEL, RAILS AND METALS, Yards and Office, 88 to 96 Mangin St., NEW YORK. PASSAIC ROLLING MILL COo., NATURAL GAS USED AS FUEL. i OFFICE, No, 143 First Ave., Pittsburgh, Pa. WORKS, Eesshburg, : Pa, J MARSHALL LEFFERTS & CO. MARSHALL IRON CO., 7 90 Beekman St., New York City menumnctneeen Ge ’ 4 Best Charcoal Bloom, Best Refined & Common - MANUFACTURER AND DEALER, SHEET IRON. Galvanized Sheet (ron, ores" seer, mtr HARDS & Co., DOMESTIC _Morto n B. Suira Agency for Pottstown Iro o Co., Via due ‘_ mn Works Leban 2 1 plling } Mills Pine 1 We ourel Iron | Manufacture and have always in stock Works » Bergen Rolling Mt Is at Jers y City, Glas forte _ | ROLLED IRON BEAMS, antl pony Sane = paarenie d Wire, Telegraph and Fence ; Golvenia a Channels, Anal T, M and Band Iron, Seiven ized Kod and Ba: . | & M. HOGLUND’S SONS & CO., Stockholm. gles, Tees, erchant Bars, Riveted Work, Fors g- c aly Janine od Nails, Galvanized Chain, Galv ete on ri ings, Eye Bars, &c. we is orway Iron > PATERSON, N. .J. CORRUGATED SHEET IRON of every ieee scription. Stock on hand at Boston : *hiladelphia, Importation orders e J. F. FULLARTON, Bennett Building, NEW YORK, IN PRODE ¢ TIONS, RALLS, BLOOMS and | LD MATERIALS Powerville Rolling Mill, L. > 0 Hot Pressed Nuts, B 139 Greenwich Street, New York, HORSE SHOE rion|F ULLER BROTHERS & CO., JOHN LEONARD, 450 West St., N. ¥ Room 45, Astor House, New York, Represe! ev | : i G. BRATT & CO. and the UODEHOLM CO., Sw mporting BESSEMER and SIEMENS-MA ane For Roofing, &c., Galvanized, Plain or Painted. ps ae Best Sein. Best Refined and Common | “ USTAF LU NDBERG, 33 Kilby st., Boston. AL BERT POTTS, Philadelphia Agent, 234 & 236 N. SHEET IRON. | Front Street. Plate and Tank Ir -on, | CORRUGATED AND CRIMPED IRON ee ROOFING & SIDING, tte, | Fete aa All d tic fl Work Gal J | All, descriptions of Iron Wor alvanized or | MOSELEY IRON BRIDGE AND ROOF CO, Price list and quotations sent upon application, & Dey Street, New York, HN ’ H No, 1 Flange, Best Flange Be st ie Fire ‘Bo a, c ircies. olts, Washers, &c. July 14, 1881. tron. Edward J. Etting, IRON BROKER anp COMMISSION MERCHANT, 230 S. Third St., Philadelphia, Pa, Pig, Bar and Railroad Iron. OLD RAILS, SCRAP, &e. Agent for the MOUNT SAVAGE FIRE BRICK, The Allentown Iron Co. and The Coleraine Furnaces, STORAGE WHARF AND YARD DELAWAKE AVENUE ABOVE CALLOWHILL STREET, connected by track with railroad. Cash advances made on Tron. tron. - ___ PHILADELPHIA. HENRY LEVIS & CO., Manufacturers’ Agents For Iron and Steel Rails, Car Wheels, Boiler and Sheet Lron and General Railway Equipments. Old Rails, Axles, and Wheels bought and sold. 234 8. ath St., Philadelphia. The Gambria Iron and Steel Works, Ha cing enjoyed for over [WENTY-FIVE YEARS the reputation of producing the best quality of RAIIS, have now an annual capacity of | Kron. a | Siemens’ Regenerative \ GAS FURNACE. RICHMOND & POTTS, PHILADELPHIA, PA. 119 8. Fourth St. 7 J. Wesley Pullman, 407 Walnut St., Philadelphia, Exclusive SALES AGENT Chester Iron Co,’s Blue, Red and Hoff ORES. Also celebrated ** Brotherton» Ore. — —_ —— = T. HORACE BROWN, D. W. R. READ. - 150,000 Tons of Iron and Steel Rails, Splice Bars, &c, D.W.R. READ & CO., 5 Dealers and Commission Merchants in ADDMESS, CAMBRIA IRON COMPANY, ORES, METALS, &c, No, 218 South 4th Street, Philadelphia. Native and Foreign lron Manganese Or at the Works, JOIINSTOWN, PA. 46 1 ee Oe and other Ores : wy oe flew York § ing rent, £6 2ine St., N. re ‘ Or LENOX SMITH, New York Selling Agent in 205% Walnut St., PHILADELPHIA. — Office in New York, 142 Peart St. Oo A C Oo Ojjice in Baltimore, 67 S. Gay St. 4 = > a9 Office tn London, 57 Gracech urch St. 410 Walnut Street, PHILADELPHIA. J. 0. RICHARDSON, a Chee IRON COMMISSION MERCHANT Beams, Deck Beams, Channels,