Document 1Qeg66BgR3g9aZxQVzjbJnmEK

DownloadSearchable PDFRandom document
PLAINTIFF'S EXHIBIT BAB-346 Product Information B&W KAOWOOLR2600 BLANKET AVERAGE PROPERTIES SEPTEMBER 30, 1976 PAGE 1 OF 2 GENERAL B&W Kaowool 2600 fiber, produced from high purity alumina and silica raw materials, extends the use limit of B&W fibers to 2600F. Kaowool 2600, with a melting point in excess of 3300F can be used at even higher temperatures for periods of short duration. B&W Kaowool 2600 has fiber lengths up to 8 in. These long fibers, thoroughly interlaced in the manufacturing process, provide Kaowool 2600 blanket, and strip products with unsurpassed strength without the addition of an organic binder system. Kaowool 2600 blanket, like standard Kaowool blanket has low thermal conductivity, low heat storage capacity and is extremely resistant to thermal shock. Because of its low percentages of iron oxide and titania, Kaowool 2600 blanket can be used in the presence of reducing atmospheres. The completely inorganic composition of Kaowool 2600 blanket means the absence of fumes and offensive odors that could contaminate furnace atmospheres upon firing. AVAILABILITY O Nominal densities of 6 and 8 lb/ft Widths of 2 and 4 ft. Lengths of 25 ft. Data are average results of tests conducted under standard procedures and are subject to variation. Results should not be used for specification purposes. SEQUENCE 5 14 Firebrick - Insulating Firebrick Refractory Castables Plastics * Ramming Mixes Mortars Ceramic Fiber Special Oxide Refractories Supersedes 5 14-24 dated January 1, 1976 24 PHYSICAL PROPERTIES Color Fiber diameter, microns (avg) Fiber length, inches Specific gravity (ASTM C 135) Specific heat, Btu/lb/F Fiber tensile strength, psi Fiber tensile modulus, psi Use limits, F Continuous Single application Melting point, F Hardness MOH Knoop (lOOg load) R B&W KAOWOOL 2600 BLANKET AVERAGE PROPERTIES white 2.8 up to 4 0.255 1.65 x 105 12.2 x 106 2600 3000 3300 6 700 THERMAL CONDUCTIVITY - at various densities SEPTEMBER 30, 1976 PAGE 2 OF 2 MEAN TEMPERATURE F Data are average results of tests conducted under standard procedures and are subject to variation. Results should not be used for specification purposes. ^ 14-2 Supersedes 5 14-24 dated January 1, 1976