Document O1GoM00n0yBe9yv94Jbo5QzOe

DownloadSearchable PDFRandom document
FILE NAME Quigley QUIG DATE 1942 DOC QUIG042 DOCUMENT DESCRIPTION Advertising Literature COMPANY QUIGLEY ManufacturersManufacturers of Industrial Specialties Manufacturers 527 AvenueNew York 17 N. Y. Avenue . REFRACTORY DIVISION => Buttetin No. 327 INSULAG REFRACTORY PLASTIC INSULATING LAGGING Fig Tower and Oil Heating Tank Insulated With INSULAG Petroleum Industry Has Found INSULAG Unsurpassed for Insulation AND SUPPLY CO 119 East Lombard Street Baltimore Maryland Phone Lexington 4800 Rg tates 1 : INSULBR.X lLL8 3 MS ft art Gas Gas + .600 lerort fort -35 No - : cit owe late INSULAG is a superior refractory lagging with unsurpassed unsurpassed insulating properties for use on high or low temperature equipment equipment INSULAG may be applied on hot or cold metal surfaces a coat for INSULBLOX or other insulation and as finishing INSULAG possesses at recommended temperatures exceptionally high refractory and insulating properties INSULAGis used at operating temperatures at which other laggings fail Its unusual low heat storage and low thermal conductivity make INSULAG a most effective insulator for the control of temperatures INSULAG permits reduction in thickness of heavy refractory walls and in turn decreases the heat capacity of the total structure Fuel savings constant temperatures and increased production result from its use INSULAG increases in thickness after application and retains this increased volume throughout its entire range of service temperatures INSULAG after it has set does not dissolve or collapse from contact with water oil or steam which properties make it an outstanding product 091778 091778 gig, .3 PSULAtS a Ret Drip Test Without Inj PROPERTIES OF INSULAG CONDU LOW THERMAL practically constant service range so - ->INSULAthGroughout values values retains its temperature temperature chances there no lating efficiency One inchinch of INSULAGINSULAG appreciable loss of an insulating value equal to about nine inches of fre brick about 140 the heat storage capacity of and has brick walls of equal heat How Therefore relatively thin applica- tions of ofINSULAG INSULAG may be substituted for heavy masses are reduced and furnace HIGH TEMPERATURE LIMITS INSULAG will withstand a wide range of applications for high temperature direct exposure and is recommended for interface temperatures up to 2200 EXPANSION - INSULAG expands physical shrinkage eliminated after application LIGHT WEIGHT - On the average three pounds of INSULAG covers 1 square foot to a thickness of 1 inch Varying conditions methods of application hard troweling kinds of surfaces variations in mixing water content and temperature of surfaces at time of application may require more material QUICK SETTING _ INSULAG sets firmly firmly in 24 hours to 48 hours andin much less time when subjected to heat The quick drying and setting characteristics of INSULAG permit troweling to a smooth finish suit- able for painting ADAPTABILITY INSULAG possesses properties necessary for roughing coat and finishing goat chats by one application The user of INSULAG not find it necessary to carry in stock two three three lifer- ent materials for the same job WATER RESISTANT afterset ing dissolve or collapse from contact with bes not water oil or steam This is a decided advantage in plant maintenance INSULAG is a superior product for insulating ment exposedite the weather NON INJURIOUS r sing particles INSULAG contains no mineral are irritants to the hands B.t.u. PROPERTIES OF PROPERTIES Conductivity Heat ' Copyright 1942 Quigley Co. Inc. QUICK SUMMARY " equals 9 of fire brick in insulating value 140 140 Now heat storage capacity of fire brick for High mechanical strength Operating temperature 2200 interface Light weight rugged and strong same heat Sets quickly suitable for practically Water resistant oil destroy Expands inch applied is dried practically or every lagging water leaks need do not more than an inch when 09 1779 pe Fig Reclaiming Tower and Tanks Insulated With INSULAG #g Wks age Ber rer Ber USES OF INSULAG PETROLEUM INDUSTRY Natural Gasoline plants Refineries and use INSULAG nstowers tanks treaters stills boilers * Breechings pipe lines and for fire proofing supporting steelwork panel construction of still furnaces baffle plates and door linings METALLURGICAL INSULAG is used for insulating heat treating forging annealing recuperators reverberatory and open hearth furnaces for hot blast stoves bustle pipes hot blast mains dues pipes and other heated equipment where insulation is required CERAMIC INSULAG is used on kilns lehrs glass tanks hot air underground flues recuperators and hecker chambers Plants brick manufacturing pottery find it most adaptable glass POWER INSULAG meets the vourineer's demand for suitable material turvines feed water heaters storage tanks drums sm ke Fig 6- 6- 15.h.p. High Pressure Beitr insulated with INSULA~ a 7 ~* GENERAL butlers and firnace > eee INSULAG O meater - ated Fig Combination Oil Separator and Heater insulated With INSULAG PROOFING wails roof strac- strac.res furnace rooms columns etc. may " protected against fire by applying INSULAG as a veneer coating The fire petardant properties properties of INSULAG render aleal for this purpose PROOFING INSULAG is not injured by contact with the weather yet to retain maximum insulating efficiency at all times it is often desirable to waterproof INSULAG with TRIPLE Products Fig 10 Field Oil With INSULAG Treater Insulated 8 09 1780 Rg Water Tank and Boiler Domestic Fuel Off Burner Insulated With INSULAG INSULAG Cuts Heat Losses Reduces Fuel Costs Improves Heat Control Widely Used in Oil Industry pro- ducers find nothing like INSULAG to insulate field equipment Permits better heat control Requires less fuel to maintain constant heat They simply fasten metal lath on equipment and apply INSULAG which sets quicklyadheres to hot or cold expands after application and retains volume when set- develops high mechanical strength with- stands shock moderate abrasion and vibra- durable weather not lose insulating value after repeated heating and cooling Makes a white finish surface unaffected by moisture Good Results on Many Applications Famous soap manufacturers use INSULAG for insulating steam headers breechings and hot water tanks with good results On Boiler Drums - INSULAG used on the boiler drums because it does not crack in service can be walked on without destruction and does not collapse due to steam leaks or water dripping on same For Oil Burners Internationally oil corporation's technical engineer known recom- mends INSULBRIX and INSULAG to fuel oil burner installers in his district for all oil burner work Quigley INSULBRIX com- bined with INSULAG have all the desirable requirements for domestic combustion chamber lining and insulation INSULAG Applied With Boilers Stills and Furnaces on the Chief engi- neers and superintendents who cannot believe brick walls can be insulated successfully with boilers or stills on the line are invited to look at installations with INSULAG applied under these conditions INSULAG can be used in Quigley Panel Type Construction which has worked out successfully in many oil refinery stills 4 09 1781 On Regenerator Chamber Ovens - Eastern Public Service Corporation coke plant uses INSULAG in walls of ovens Former practice in repairing fronts of regenerator chambers was to use two 41 in walls of fire- brick with a 7 in clear space in which they used insulating powder in the bottom and mid- dle sections and insulating brick at top The outside wall of these regenerator cham- Be bers is built of a thickness of 41 in of fire- brick The inside temperature of chamber is 2300 In using INSULAG they laid up both the inside and outside fire brick wall then filled the center with 7 in of INSULAG Well pleased with adoption of INSULAG due to increased insulating value plus ease of appli- cation . On Foundry Furnace Wall - Large foundry applied INSULAG 21 in thick on 181 in silica brick wall while furnace was under heat On the very hot surfaces they brush coated the wall of equipment to be insulated with a diluted batter of INSULAG of heavy paint consistency to obtain good adhesion and then built up 21 in thickness in three layers appiled at intervals Resulted in a smooth coat which did not shrink or crack Used nails in wall to help anchor INSULAG In Coke Oven INSULAG shields ovens and another teen use several Heat Shields of this charac every product coke the silica brick from the in spalling the air which might result 2. Protection of the men from the blister- ing effects of the radiant heat thus permit- ting them to do a more efficient job of patching Supersedes Water Cooling System- Manufacturer of locomotive parts well pleased with results of asing INSULAG to insulate small industrial furnaces These furnaces were formerly water cooled but this was abandoned in favor of INSULAG which is more satisfactory in every way and eliminates water freezing in winter 5 Fig Darr Thickener 24 H. dlam x 18 ft high INSULAG Insulated with Fig Steam Driers Coated With INSULAG No Wrapping or Painting Necessary 09 1782 : HOUR B.T.U. B.T.U. B.T.U. B.T.U. B.T.U. 300 o LOST LOST LOST LOST PEPRER PER SQ SQ . FEET FEET FEET FEET So So 100 100 200 PER 400 goes TLL eT Ber 200 Beart 300 os vf HT E ie} atiget! ber LPT Benet eHrrateT]TT HTT bet eb teeT CLs 3 eT] Tit g HL ate ATT | eT if | bet oe an T + HOUR HOUR HOUR 400 500500 4 ; it Lt H Hh. 4 1000 1000 1 Hr LTT 10 eee fbb 4 = as Lh Lad ott her a T | = noe | Jiu ashes HTTCL Hh et 5 Ets ees aes TT Lie] ; HH L H Ltt} a0Loaat LH on bet a ys t+ LLL er STAT os TH fee a ft 4 ef INCHES ttt e e eer Ser easLesTLeer INCHES 2 Toe etheteTere e e tL IN gan. ee Tt het LePeeret LE a eT Lt <a Lt TE =a Lb - -- LE - = = gee Tet Thee corneLre : ) a - fer ee $1 E Ltd _ 1 bal Fa 4 eek < Tb. aa Bod a ee at arc [= La ae cH a4 de LT 7 Lr et ; P 4 4 4b | Lt botqe +4 | ; 4 = : - : nae 4 2 + 4 va [ir 4h Lat z M4 FEY re +: INSULAG TT oH TT 4 INSULAG Lr] as es er] pee ATLATtantFAC TL iteatt LTT INSULAG anes Leet theLs i preerLT FAC LecentCee tttLL] OF Let ee vee OF W THICKNES -200 30300 400 het 700800006 1200 + THICKNES 300dat -r55l0 +HOT700 10001w- ee + .0091- -200 Le -500-TL 50 006 10001->1200 1300f 00021 * = | r aad 5 +4 4 jan fi 4 5 LUghee eeee LCT = Ld == I Lt Fe Let to 1 T 4 -500--500- HOT LT] HOT | -350 400 450 250 2-2 250 -500- 600 800 -350 a=}: 4 veh we -500--500- -500- 4 4 . 1 L LetLar LT bal | Li ; HT 4 bt 1 Lat LTT bt LT 1300f a 7 rr 4 td | a Lo 00021 00021 EET 1500- 10001- 1200 1200 0011 10001- pe LH 4 . 1400- 14001-500-.0091- 1800- 1800- .0091- i 4 tL a4 : : : | f sp aac i |Ley HH' MT) LTTT Lat all:nieHy Wh Lin iL ae t \ bet LEH | | .6 S 80 ing me fore | ih Ht | tt a4at ja ; H fln ie Hy H 5 u i i ! et {Let ees is Ly i ipa! 1 i 4 ripe H Heth 90 100 150 200 250 300 350 400 450 500 TEMPERATURE OUTSIDE FACE OF BASED ON STILL INSULATION AIR AT 80 DEGREES FAHR How to Determine Heat Savings Effected by INSULAG Chart above indicates the heat loss through graduated combination thicknesses of INSULAG as well as the temperature of the outside surface of the INSULAG at given temperature for the hot surface 1. To determine the thickness of INSULAG required required to give an outside surface temperature Example Temperature of the hot surface is 500 What total thickness will give give a temperature of about 130 Follow 130 F line upward until it meets 500 curve line At this point follow horizontal line in and read 2 in Therefore a 2 in thickness thickness thickness of INSULAG is required 2. To determine the heat loss through given thickness of INSULAG or from outside face temperature Example Similar conditions as that given under From 130 at bottom of chart follow upward until you read 90 B. t u.'s on the upper scale 6 09 1783 =t = 2000 pe 1800 = = = = FAHR 1600 FAHR FAHR FAHR DEGREESDEGREES 1400 DEGREES DEGREES DEGREES DEGREES 1200 SURFACE SURFACE SURFACE SURFACE SURFACE 1000 HOT HOT HOT TEMPERATURE TEMPERATURE TEMPERATURE TTEEMMPPEERRAATTUURREE TEMPERATURE 600 = TEMPERATURE TEMPERATURE TEMPERATURE 400 == : : : sae i = ra = = = : = = ee e acrmeberen =F aot : 3 ; f+ FAHR FAHR H;S FAHR 3 =f DEGREES DEGREES DEGREES : 7 z :: # See # SSE ti asin: DEGREES DEGREES DEGREES DEGREES SURFACE Z Seana, SURFACE ra ri raz. SURFACE - Zt et SURFACE 5; t + SURFACE Ze 7 : z SURFACE HOT = ; z ; HOT = pe ; HOT == sf mae TEMPERATURE = =sS Se ee Se eee TEMPERATURE x 7 z TEMPERATURE j ra. 2 TEMPERATURE FS 2 =: z i TEMPERATURE Z =z # TEMPERATURE go fa pee z TEMPERATURE - ey ata ae, Oo z= == = z. : 200 86 88 Sete 90 rn z 92 zien "3 # y 2Se 94 96 EFFICIENCY OR PERCENT OF HEAT BASED ON STILL AIR AT 80 SAVED 98 100 The efficiency of INSULAG is obtained by subtracting the heat loss through the INSULAG from the heat loss of the surface not insulated and dividing the difference by the heat loss of the surface not insulated Chart above heat saved by of INSULAG indicates the efficiency or the application of various percent of thicknesses Example For same conditions used for chart page 6 from 500 Ffollowing horizontal line until you intersect 2 in curve line and reading directly downward you have 94.7 Therefore the application of 2 in INSULAG in a hot face of 500 saves 94.7 of the radiation losses 7 a 09 1784 INSULBRIX REG U. PAT OFF . INSULBRIX are light weight cellular low heat storage insulating fire brick for direct or indirect exposure to temperatures in boilers stills metal- lurgical furnaces ovens and kilns Made for service temperatures up to 3000 F INSULBRIX are made in several brands from one- permits capacity tenth to seventeenth the heat storage of heavy refractories for same heat flows " insulating value of 2...to 5 of fire brick has an pe heated equipment to reach operating conditions in less time and meet Huctuations more rapidly : Result in increased output conservation of fuel decreased labor costs improved furnace control and greater comfort to the workmen INSULCRETE REG U. PAT OFF INSULCRETE is a light weight cellular insulating refractory concrete for furnace linings floors door linings heat shields shapes covers and kindred uses recommended for temperatures up to 2500 No cutting fitting or ramming pour into place " of INSULCRETE equals about 4 of fire brick in insulating value and has about seventh the heat storage capacity of fire brick walls of equal heat flow INSULBLOX REG U. S. PAT OFF - INSULBLOX are light weight low heat storage re- fractory block insulation for reducing heat storage and radiation losses Their use results in increased furnace production at lower costs INSULBLOX are recommended for insulating fire brick walls roofs and arches in open hearth forging melting heat treating furnaces . and other types of industrial They are ideal for insulating boiler settings regenerator chambers hot blast stoves oil stills fractionating towers high temperature ducts furnace shields and flues also on vertical and horizontal boiler shells INSULINE IREG U. $ PAT OFF INSULINE GROUND used as an insulating fill of low heat storage capacity in back of thin furnace walls at service temperatures up to 2600 " of INSULINE GROUND has insulating properties equal to about 6 of fire brick INSULINE sized AGGREGATE as an insulating fill or with Portland cement or other suitable hinders to make an insulating concrete OTHER QUIGLEY PRODUCTS ace repairs HYTEMPITE has many cases the furnace Recognized as The World's REFRACTORY REFRACTORY GUN fe A COMPLETE REFRACTORIES SERVICE um Keep a drum Standard High Temperature Phlorine iphur desde desde and other evaporation nor cart tion and brittle Used for weatherproofing Q.CHROME- Q.CHROME- netaishase Operated bon work mixtures for by compressed -PECIFICATION -PECIFICATION FIRE BRI K . They try by therefore destructive | become perous or INSULAGED structures structures very high fusion point making pits melting fur repairing surfacing ACID ACID CEMENT PROOF rements == for bonding plantin and caruits mixed mixed repairing repairing and semof and heat resisting masonry MORTAR ir air setting refractory bonding mortar It is . CRETE -porn of outstanding merit forging and other ste heatin~-z copper refining furnaces conditions and for many patented chrumechase castable refractory building monolithic hearths or bottoms in for monolithic sidewalls in burner docks subject to severe other purposes TRIPLE PROTECTIVE DATINGS afbird Tauring protection from corrosion due to moisture avid alkalies wat Nimes of ammonia superior material for fire brick : for plaster eroded furnace walls ise wherever a dry sement is desired for bonding eatings for pointing up racks and reclaiming and other similar applications MONO quality plastic fire brick in working ready- use farm Highly refractory practically neutral as to expansion and contraction and lasts longer in Qointless furnace linings and for actual service For monolithic the more substantial furnace repair jobs Bulletins on Above Products Sent on Request This bulletin becomes effective as of May 15 1942 and cancels in its entirety all previously issued bulletins or data referring to this product COMPANY For further information write QUIGLEY 527 Fifth NAY YORK ~k"~ " " Avenue Makers of HYTEMPITE The World's Standard High Temperature In Canada Quigley Company of Casada Standard Standard 4.@ stat tmnt Distributors withStrobe and Service in Important Industrial Couture 7 n eT ~_. as wn Da Veit. Cement . og 8Other BULLETIN NO 4-44 [ 8 ] PRINTED IN U. A. 09 1785 BULLETIN No. 327H INSULAG Patents Pomjing Pomjing " REFRACTORY PLASTIC INSULATING LAGGING ne. ~ Oil Refinery Towers omg : INSULAG INSULAG surfaces finishing coat for Insulating Block or other insy- lation INSULAG possesses at recommended temper- atures exceptionally high refractory and insulating properties INSULAG is used at operating temperatures at which other laggings fail Its unusual low heat storage and low thermal conductivity make INSULAG a most effective in- sulator for the controolf temperatures INSULAG INSULAG permits reductionin thickness ofheavy refractory walls and in turn decreases the heat capacity of the total structure Fuelsavings constant temper- atures and increased production result from its use INSULAG increases in thickness after applica applica tion and retains this increased volume throughout its entire range of service temperatures INSULAG after it has set does not dissolve or lapse from contact with water oil or steam which properties make it an outstanding product 09 1786 PROPERTIES OF INSULAG LOW THERMAL practicaly CONDUCTIVITY - INSULAG retains insulating values throughout its that under varying conditions and changes there is no appreciable loss of insu- One efficiency inch of INSULAGhas an insulating of . * nine inches capacity fire brick and has of fire brick walls relatively thin applicasubstituted for heavy masses are reduced and furnace HIGH HIGH MECHANICAL MECHANICAL STRENGTH INSULAG strength INSULAGis different open deying and * derate abrasion and dent in will not equipment equipment to advantageous on paipment subject HIGH TEMPERATURE LIMITS INSULAG will with stand a wide range of applications for high temperature direct exposure and is recommended for interface temperatures up to 2200 EXPANSION - INSULAG expands physical shrinkage eliminated after application LIGHT WEIGHT - On the average three pounds of INSULAG covers 1 square foot to a thickness of 1 inch Varying conditions methods of application hard troweling kinds of surfaces variations in mixing water content and temperature of surfaces at time of application may require more material QUICK SETTING - INSULAG sets firmly in 24 hours to 48 hours and in much less time when subjected to heat The quick drying and setting characteristics of INSULAG permit troweling to a smooth finish suitable for painting ADAPTABILITY possesses properties neces- sary for roughing coat and coats by one application The not find it necessary to carry in finishing coat or two user of INSULAG does stock two or three differ- ent materials for the same job WATER RESISTANT after setting does not dissolve or collapse from contact with water oil or steam This is a decided advantage in plant maintenance INSULAG is a superior product for insulating equip- ment exposed to the weather NONANJURIOU INSULAG contains no mineral wool or fine slag particles which are irritants to the hands or other parts of the body feature of INSULAG which particularly is the beautiful smooth white appeals surface treated in white an INSULAG rowelled finished job can be Quigley TRIPLE Protective Coatings black ebes ebes or aluminum Varions combinations of INSULAG with other INSULINE Products can be made for specific applications Copyright 1948. Quigley Co. 09 1787 USES OF INSULAG PETROLEUM PETROLEUM INDUSTRY - Refineries and Natand Gasoline INSULAG INSULAG on towers tanks treaters stills boters breechings and for fire prooting supporting supporting steelwork panel constrichat of osteo furnaces baille plates and door linings ae METALLURGICAL treating forging _ FURNAIC NSE ULS AG is used for annealing recuperators reverberatory insulating heat and open hearth furnaces furnaces for hot blast stoves bustle pipes hot blast mains other heated equipment dues where pipes ami insulation is required Fa Way 63770 INSULAG Way 31/1 CERAMIC INSULAG is used on kilns glass lehrs glass tanks hot air pipes underground flues recuperators and checker chambers Plants manufacturing pottery glass brick etc find it most adaptable POWER INSULAG meets engineer's demand for suitable mat^'ria for covering turbines feed water heaters hot liquid storage tanks drums smoke ues stacks pipes recommended recommended as insulation water fractory tile of side fire brick ustriction GENERAL USES __ INSULAG wide range Fig Tower and Oil Heating Tank Insulated With INSULAG Petroleum Industry Hot Found INSULAG Unsurpassed for insulation a therisand uses PROOFING Bins walls r tures furnace rooms columus etc. be protected INSULAG as against fire applying a veneer coating The fire retardant properties of INSULAG render it ideal for this purpose PROOFING INSULAG is not injured by contact with the weather yet to retain maximum insulating efficiency at all times it is often desirable to waterproof INSULAG with TRIPLE Products 3 Fig 4 Field Oil With INSULAG Treater Insulated 09 1788 On Regenerator Chamber Ovens Eastern Public Service Corporation coke plant ises INSULAG in walls of ovens Former practice in repairing fronts of regenerator chambers was to use two 41 in walls of tire- brick with a 7 in clear space in which they used insulating powder in the bottom and mid- pe ile sections and insulating brick at top The outside wall of these regenerator cham- bers is built of a thickness of 41 in of fire- brick The inside temperature of chamber is 2300 F. In using INSULAG they laid up both the inside and outside fire brick wall then filled the center with 7 in of INSULAG Well pleased with adoption of INSULAG due to increased insulating value plus ease of appli- vation On Foundry Furnace Wall - Large foundry applied INSULAG 21 in thick on 131 in silica brick wall while furnace was under heat On the very hot surfaces they brush coated the wall of equipment to be insu- lated with a diluted batter of INSULAG of heavy paint consistency to obtain good adhesion and then built up 21 in thickness in three layers applied at intervals Resulted in a smooth coat which did not shrink or crack Used nails in wall to help anchor INSULAG In Coke Oven INSULAG shields used for coke oven patching at plant of a large eastern utility . One used on pusher side of ovens and another on coke side These have ren toe teral munths doing an excellent closing the oven and effectively protect- heat Shields of this charac ter should be used in every product coke oven plant for 1. Protection of the silica brick from the chilling action of the air which might result in spalling 2. Protection of the men from the blister- ing effects of the radiant heat thus permit- ting them do a more efficient job of patching Supersedes Water Cooling System- Manufacturer of locomotive parts well pleased with results of using INSULAG to insulate small industrial furnaces These furnaces were formerly water cooled but this was abandoned in favor of INSULAG which is more satisfactory in every way and eliminates water freezing in winter 5 Fig -This Of S Comit^'of INSULAQ Pasta in Upper Section WIH INSULELIX INSULAG and INSULCRETE in Lower Section Mas Nel . Had a Hot Spot Fig Stress Relieving Furnace insulated WIN INSULAO . QUICK SUMMARY wah Aralnick to heat shrage Aralnick in capacity capacity insulating value of dre brick for same heat High mechanical strength Operating temperature 2200- F. interface Light weight rugged and strong : Sets quickly Adaptable for practically every lagging need Water resistant oil or water leaks do not destroy Expands tried inch applied is more than an inch when lbs of Insulag covers 1 sq ft " thick Packed in 190 lb. bags 09 1790 B.T.U. LOST PER SQ 50 100 FEET 200 PER HOUR 300 400 500 1000 we ezeni 6 enett il (eee TH e bot Leet TetBen HE | HHT : Secsap coseeat PT ertRater snitgucondas petri Tit 5 28 their ofgto leer 4 Hy eae roasts Este a gtles ait. 23 et eget Be LH HTL ef (ee tT scat ear sues as ze 4 yi iagtecsnSgem seca Hat TT see pe - HE or" + a pae es zee Ceri er SEnis Lr, tbrt Deri) a Ls ip eT 4 ca ee : aes on an tt Lie gi ce taya! Lf | Lat Ltt Pe Ttti Le | 4-4 oer pee atae5 m ME Be ae gt | -#- LA ra ete ape ee = SO tet a = .ae he Ld] INCHES INCHES Prt aeee] 2 =TL a= gO4 FT > rT TEL hae pea tt ae IN La rs a lH a = = o aon Fo an ; oa + IN gee bad gin oa el fe eT er I " + Tl ae pe N a Jol r Ste TEMP Le n +t eat ATT TL mape- TT lhe et TEMP a rT T | is INSULAG eb TEMPFACE she tL INSULAG Ln aeaes r et Ao titer TLMiler aae OF ae Te hd a ae 1 TEMP FACE 0 1 page1r400- Ley is= Ltsaue Lhe -50F- ACeEtl 0001- 4.99 ose 400 -550 Le 0P0u6a0-06-001- 0011 -00913 OF a oa 4 TEMP Bs ri LtTEMP a a Lj =. 77 | -< Ly) FACE rt aifJ -500- |) < f=s di . -300 -300 -300 400400-500- -500-500- -500- a - | an La] a a e Pr Lt Pn ts eed 4 Lt LA bet PT 008- A sea aT 1200 1400- 1300 an 200 -00913 C + a ae 1] eam it | Sc a a THICKNES -550008- 1300 ose 085.4 008- 1200 oat -00913 0001- - | -30 7. THICKNES -550 LH mith cael ee 1 - e ' 1 0001Lett -t. a TT > mS os ~ y TAT itt .9 i Ty F all t i g ~ 7 .6 u ~~ 80 80 H Lae ae iff se He i +7 Wy Lirrt t r Fr Ut i if nee L ie TT Hie soya e . nl ss seme LJ 101000 olen jae Li = giae 8 TT U 150 150 K HRT TELALnHeT That Re Let ean He t it eTpee iH +4 4 iiees LTT Lt TL pe mises Hi ie I E nid Te ia l Ht (3 . f I i es ated 4 it caniae Calis:we HTT Be an tJ ate atto} 200 f pth] a : 250 250 aye UH 4 300 300 350 THEY T abt T { 400 450 450 450 500 500 500 TEMPERATURE OUTSIDE FACE OF INSULATION BASED ON STILL AIR AT 80 DEGREES FAHR How to Determine Heat Savings Effected by INSULAG Chart above indicates the heat loss loss through graduated combination thicknesses of INSULAG INSULAG as well as the temperature of the outside surface of the INSULAG INSULAG at given temperature for the hot surface 130 Follow 130 F line upward until it meets 500 curve line At this point follow horizontal line in and read 2 in Therefore a 2 in thickness of INSULAG is required 1. To determine the thickness of INSULAG INSULAG required to give an outside surface temperature Example Example Temperature of the hot surface is 500 What total thickness will give a temperature of about 2. To determine the heat loss through through given thickness of INSULAG or from outside face temperature Example Similar conditions as as that given under 1 From 130 at bottom of chart chart follow follow upward until you read 90 B. t u.'s on the upper scale 6 , 09 1791 ae 1800 i eH: FAHR FAHR FAHR FAHR DEGREES DEGREES DEGREES DEGREES DEGREES DEGREES DEGREES SURFACE SURFACE SURFACE SURFACE SURFACE SURFACE HOT HOT TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE = 1600 14000 1200 1000 [ati 800 I 600 SSeS : ; =z =: Fi zs Fes =e =amas z : f sf I - tds tt rss = fit ri s f= a f rei t f : 4 = =f ra seria FS ttf s = Sia: Ri af : ras - >, ys sos esse +: 4 osieee tortase SSF Stee ies sees: sea eas 3 3 : fr 4 Z pagcessee savas Sepsssee sas FAHR FAHR FAHR FAHR DEGREES DEGREES DEGREES = DEGREES DEGREES a DEGREES DEGREES DEGREES SURFACE SURFACE SURFACE SURFACE SURFACE SURFACE HOT HOT =. ~ + =<. # Fat Sse: TEMPERATURE TEMPERATURE Patapon poe TEMPERATURE = 4: 3 = SS Pp es =: Pope = TEMPERATURE TEMPERATURE Se = PSS EEE z SSS SS: Se 5 ee E TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE 400 reas = 200 = = 86 = z = Fa ae y, oe =I 30 = fo Fics fH See 88 90 P2 94 96 98 EFFICIENCY OR PERCENT OF HEAT BASED ON STILL AIR AT 80 SAVED 100 The efficiency of INSULAG is obtained by subtracting the heat loss through the INSULAG from the heat loss of the surface not insulated and dividing the difference by the heat loss of the surface not insulated Chart above heat saved by of INSULAG indicates the efficiency or the application of various percent of thicknesses Example For same conditions used for chart page " from 500 following horizontal line until you intersect 2 in curve line and reading directly downward you have 94.7 Therefore the application of 2 in INSULAG in a hot face of 500 saves 94.7 of the radiation losses 7 09 1792 INSULBRIX Reg U. Pat UM INSULCLAD Reg U i Pat Of INSULBRIX are storage insulating light weight fire brick for cellular low heat direct or indirect INSULCLAD is a surfacing material used for exposure to temperatures in boilers stills metal- armor coating insulating brick It seals the pores lurgical furnaces ovens and kilns Made for service making an impermeable monolithic surface which | temperatures up to 3000 greatly reduces dusting and gas absorption reduces INSULBRIX are made in several brands from one- heat How through walls resists abrasion and pa tenth to seventeenth the heat storage capacity tration pene- of heavy refractories for same heat flows " has an insulating value of % to 5 of fire brick permits heated equipment to reach operating conditions in INSULBOND Reg U. 5. Pat Off less time and meet fluctuations more rapidly Result in increased output conservation of fuel decreased labor costs improved furnace control and INSULBOND high refractory bonding mortar in dry or plastic form for bonding INSULBRIX greater comfort to the workmen INSULCRETE Reg S. Pat Off INSULCRETE is a light weight cellular insulating refractory concrete for furnace linings floors door linings heat shields shapes covers and kindred uses recommended for temperatures up to 2500 No cutting fitting or ramming pour into place " of INSULCRETE equals about 4 of fire brick in insulating value and has about seventh the heat storage capacity of fire brick walls of equal heat flow INSULINE Rag U. Pat Off INSULINE GROUND used as an insulating fill of low heat storage capacity in back of thin furnace walls at service temperatures up to 2600 " of INSULINE GROUND has insulating properties equal to about 6 of fire brick INSULINE SIZED AGGREGATE as an insulating fill with Portland cement or other suitable binders to make an insulating concrete OTHER QUIGLEY PRODUCTS oe . PRODUCTS PRODUCTS a A Quigley Product for every refractory purpose BONDING MORTARS P Tosabating Fire Brick Hytempite wet Fyre Mortar Giry QT Heat Set Qhrome Qhrome Chrome Book Shea Brack BRICK PeClass Super Duty and Hegir Alanna Alanna Insupond 2000 Airset ag Insulbrix ju u REFRACTORY COATINGS ' , 2.1 . \ be fore oy Bean Shay teat Brick Core- ot) Chromecrete Chrome Manesite Castabjo Chrome Base Castable PLASTICS Fire Chrome ther Plastie Fire BricBrkick Chromix Ore Plastic . INSULATION ACID PROOF CEMENTS Black Acad Proof Cement wet Gray Acid Proof Cement wet Setting Acid Proof Cement White Acid Proof Quickset dry dry dry For further information write QUIGLEY COMPANY.orc YORK NEW le ao anys . es Distributors With Stocks and Service in important ak Y NT 527 FifthAvenue oe Budoa ht H MMP ge AMP Printed STA 09 1793