Document 3dQ9vEngpr56767XRJz5wkvJ

FILE NAME: Owens Illinois (OWILL) DATE: 1951 DOC#: OWILL034 DOCUMENT DESCRIPTION: Industry Sales Literature K aylo H eat Insulation is ea sily cu t w ith ordinary tools. ( B oilin g w ater does not break it down. S O C --T M --0 0 9 *7 HEAT INSULATION HYDROUS CALCIUM SILICATS Kaylo Hoot Insulation is made of a chemical compound of lime and silica developed by Owens-Illinois Glass Com pany. Although not glass, it is made of materials similar to those used in glass, and with which Owens-Illinois has had long experience. The technical name is hydrous rwlz-ium silicate. Since it is a chemically reacted m aterial, it contains no added binder. For mechanical effects, a mil am ount of asbestos fiber is included a t the tim e of m anufacture. Few m aterials have been so thoroughly tested. OwensIllinois began work on hydrous calcium silicates in 1938, but no m eteriel was offered to the general m arket until 1943. Thousands o f installations since th a t tim e have proved field superiority, yet research and product develop m ent are stQl continuing. Kaylo H eat Insulation is made both as block and as molded pipe insulation, with the widest range of sizes, forms and thicknesses of any high tem perature insula tion available. Kaylo hydrous calcium silicate combines the most desirable physical characteristics of heat insulat ing m aterials to a degree not equalled by other m aterials on the m arket. This means outstanding performance and economical application for the user. PERFORMANCE Kaylo H eat Insulation is effective up to 1200F., performing efficiently on tem peratures through the hot w ater and low pressure steam range and also through temperatures in the super-heated steam range. Therefore, a single m aterial can be used for high tem peratures which usually require com binations of two different insulating m aterials. The low coefficient of conductivity, or "k", of Kaylo H eat Insulation places it among the most efficient insula tions for tem peratures up to 1200F. (The name "Kaylo" is derived from the fact th at "k" is low for the m aterial.) Its high insulation value comes from the extremely small pore structure. So small and numerous are its insulating air spaces th at they present a material internal surface of approximately 100 acres per cubic foot of insulation. Water does not break down Kayla Heat Insulation. Even when saturated, it retains about 85% of its strength. A fter being soaked for long periods of tim e and then dried, it returns to its original therm al efficiency and strength, w ithout apparent shrinking or warping. * Kaylo Heat Insulation is effective after long service. It remains strong and efficient over the years and shows little shrinkage after exposure to temperatures up to 1200F. APPLICATION W ith a weight of only 11 pounds per cubic foot, handling, shipping and application are simplified. Kaylo Heat Insulation has flexural strength, compres sive strength and resistance to abrasion far above normal requirements for heat insulation. Breakage during installa tion, therefore, is usually negligible. Block or pipe insulation can be cut, scored or sawed with ordinary tools of the trade. The material is non-irritating to the skin and non-toxic. PHYSICAL CHARACTERISTICS DENSITY............ Approximately 11 lb. par cu. ft. n i X U R A l STRENGTH.............. 5 0 lb. pur sq. in. COMPRESSIVE STRENGTH (at5%doformation) l x fore hooting.......................... 150 lb. par iq . in. After hooting for 24 hours at 750s f . ............................. 144 lb. por sq. in. at 1000 f ..............................123 lb. por sq. in. at 1200s f.............................. 117 lb. por sq. in. After boiling for 24 hours (white wot)................................... 74 lb. por sq. in. LOSS IN WEIGHT After boating for 24 hours at 750s F............................................... 5.5% at 1000s F............................................... 7.9% at 1200s F............................................... 9.8% After boiling for 24 hours (after drying). .0.2% RESISTANCE TO ABRASION Applicators like its light weight and good "handleability". TYPICAL APPLICATIONS Inside or outside, for tem peratures up to 1200F., K aylo H eat Insulation is used for such equipm ent as: A utoclaves Boilers Breechings Chilling P its Condensers D ryers E v a p o ra to rs F u rn a ce s H eat Exchangers H ot Air D ucts K ilns Lehrs L ocom otives Ovens P re c ip ita to rs Process Equipm ent Steam Lines Tanks T ow ers T u rb in es Vessels Strength o f m aterial and large un ite mean more economical application, le u w atte. N eat, d ean jobs result when K aylo H eat In su la tio n Block is secured w ith studs. The smooth surfaces and straight edge* o f die m aterial help m ake a neat finished job. SO C J --T M --0 0 9 8 PIPE INSULATION Kaylo Pip* Insulation reduces Inventory require ments because o f tw o features--its wide effective tem perature range (up to 1200*F.) and its Sim plified D im ensionalStandards,whichallow nesting. K aylo P ipe Insulation Is produced In SSmplified Dimensional Standards of thicknesses and dia m eters for pipe sizes from H " t o 72" and tubing down to X " in diam eter. O. D .'s of insulation correspond to O. D .'s o f standard pipes, assuring proper fit for each pipe size and for nesting, when necessary. W ith th is system o f snug nesting, Kaylo Pipe Insulation fits all operating conditions, requires less item s--reduces m aintenance stock. " Unshaded I I * surface temp, under 140F. L ig h t Shaded msurface temp. J40*F. to 1469F . Heavy ShadedWM " surface temp. 145F . to 150*F. TEMP D I F F E R E N C E - H O T 5UR FACE TO AIR, DEG F to i ito Ito ITtol 2 2to 3 3 to i ito Ito ' *t Ti 2 ggg 3 a 1 1 1 i ito Ito m 2 i S 2to 3 3 Tz I T T 1 ito 1 21 m 1 f ^ ito 2 lari 2to arto 3 isgjsg 1 i ito w 2to m 3 IH 1 ito ito T ' 2 2to 2to 3 Ito 1 1 m it o 2 2to 2to MS 3 1 1 m ito 2 2to 2to 3 S r i 3to s to 1 k . ito T " m 2to 3 m . 3to 4 4-> 4 1 ito 2 2 2to 3 3 3to 4 PI * Ito ito m 2 2 2to 3 IP : 3to 4 4 ' so, Ito ito ito 2 .'2? 2to 3 3to 3to " 4 ~ 4to z 10 Ito ito m 2 2" 2to 3 3to 4 4to 12 Ito ito m 2 2to 3 3 3to 4 4to 5 14 Ito ito ito 2 2to 3 3 3to 4 4to 5 16 Ito ito ito 2 2to 3 k::**-tMV) - 4 4to 5 72 Ito ito ito 2 2to 3 kv..: ."1 :Jt :; y..i-S.---i % 'v