Document kD3g3oMJOzyNdK3ZoZjMvmkNO

172 CHAPTER 9 1954 Guide k2Table : Conductivities ( ) and Conductances (C) of Building and Insulating Materials--Contmued ` These constants are expressed in Btu per (hour) (square foot) (Fahrenheit degree temperature difference). Conductivities (A) are per inch thickness and conductances (C) are for thickness or construction stated, not per inch thickness. Material Description a Conduct- 0 u Q rVTTY OR Conduct- Resistance a ap> H < ance (Q Per For S Inch Thick- Thick- ness 2 (!)t* <D 2 a D 2 <a <*) (o ness Listed a) o 6 < MASONRY MATERIALS --(Continued)'CoNCBETE............................ Sand and gravel aggregate, various ages and mixes... __. 11.35 __ to .16.36 Sand and gravel aggregate.. 142 75 12.6 Limestone aggregate............... 132 75 10.8 Cinder aggregate...................... 97 75 4.9 Steam treated limestone slag aggregate0.................v 74.6 - 75 2.27 Pumice (Mined in Cali fornia) aggregate..;..:... 65-0 75 2.42 Expanded burned day ag gregate.................... Burned clay aggregate.:.. - 59.9 75 67.1 75 2.28 2.86 Blast furnace slag aggregate 76.0 70 1.6 Expanded vermiculite ag gregate...................... .............. 20 90 0.68 Expanded vermiculite ag gregate.......................... 26.7 90 . 0.76 Expanded vermiculite ag gregate...................................... 35 90 0.86 Expanded vermiculite ag gregate...................... .......... 50' 90 1.10 Expanded Vermiculite ag gregate, 1:9.4 mix..-/...... 26.3 119 0.97 Expanded Vermiculite ag gregate, 1:2.9 mix........... 45.6 Perlite aggregate, 1:10.3 mix. 24.4 Perlite aggregate, 1:2.9 mix 47.6 Concrete plank....................... 76 Cellular concrete.................. 40. C Cellular concrete.................. 50.C Cellular concrete.......... -- 60. C 119 119 119 75 76 75 75 1.60 0.75 1.45 2.5 1.06 1.44 1.8C Cellular concrete.................. 70.C 75 2.If Air-cooled slag aggregate/. 124.2 ' 119; 5.3 Air-cooled slag aggregate.. 124.9 119 .5.9 -- -- -- -- - - __ -- -- - - - - __ -- -- -- -- -- -- -- -- -- 0.09 to 0.06 0.08 0.09 0.22 0.44 0.41 0.44 0.35 0.63 1.47 1.32 1.16 0.91 1.03 0.63 1.33 0.69 0.40 0.94 0.69 0.56 0.46 0.19 0.17 8 In. Concrete Blocks >*ca 8 in. three oval core, sand and gravel aggregate, i... 126.4 40 _ 0.90 8 in. three oval core, crushed limestone aggregate........... 134.3 40 -- 0:86 8 in. three oval core, cinder aggregate................................ 86.2 40 - 0.58 8 in. three oval core, burned day aggregate.......... ........ 67.7 40 - 0.50 8 in. three oval core, ex panded blast furnace slag aggregate...................... -- 40 -- 0.49 8 in. three oval core, air cooled slag aggregate.......... -- 40 - 0.68 -- - -- - 12 In. Concrete Blocks -- (5) -- -- (4) -- (4) -- (4) ~ (4) -, (4) (4) -- (4) -- (3) - (3) - (3) , (3) - (3) - (1) 0) -- 1! -- (1) -- ?! -- (3) -- -- (3) -- (3) -- (1) -- (1) l.n 1.16 1.73 2.00 (4) (4) (4) (4) 2.04 1.47 (4) (4) ffj OF LD 12 in. three oval core, sand and gravel aggregate------ 12 in. three oval core, cinder 12 in. three oval core, burned day aggregate8.,.. 124.5 . 40 86.2 40 76." 40 0.78 - 0.53 0.47 - 1.28 1.88 2.13 (4! (4) ( See footnotes on first page of Table 2. Heat,Transmission Coefficients of BuUdffig Materials 173, kTable 2. Conductivities ( ) and Conductances (C) of Building and ' Insulating Materials--Continued ; `' These constants are expressed in Btu per (hour) (square foot) (Fahrenheit degree temperature difference.) Conauctmttes (A) are per inch thickness and conductances (O ore for thickness or - COnJfrtlril/tfl JvinfAi ,Set 11.'. L-- ... D ensity (L b P er C u F r) Material Description *0 H Conduct Q as ivity OB Conduct Resistance tt ance < w On Per. For aa Inch Thick H 2 w Thick ness (O ness Listed 0 < a (!) G) 1 *< MASONRY MATERIALS --(continued) ' Gypsum................................... PLASTERING RIALS 3 in. solid gypsum partition tile............................................ 3 in. three cell gypsum par: tition tile. 4 in. three cell gypsum par' ` tition tile. 874 percent gypsum, 124 percent wood chips........... ---- -- -- 51.2 74 2^41 1.66 Gypsum plaster...........: Gypsum plaster, | in. thick Cement plaster....................... Wood, lath and plaster, to tal thickness | in. Gypsum plaster and ex panded .vermiculite, 4 to ' 1 mix......... .................... Gypsum vermiculite plaster " Mix. 100 lb:'2 cu ft............ Mix. 100 lb: 3 cu ft.'.. Gypsum perlite planter '-Mix. 100 lb: 2 cu ft............ Mix. 100 lb: 3 cu ft........ Gypsum sand plaster Mix. 100 lb: 200 lb............. Mix. 100 lb: 3001b.............. Insulating plaster 0.9 in.- thick applied to | in. gyp* sum board..................... ...... . -- 73 ---- -- 70 3'30 -- 8.00 39.9 75 : 0.85 46.7 43.5 63 1.84 64'. 1.63 49.1 : 64' 1.68 42.5 - 64- 1.35 104 53- 5.55 107 52 : 5.77 54.0 75 0.42 0.74' . - 0.60 -- - _ 8.80 -- * 0.60 0.30 0.13 2.50 - -- 1.18 __ 0.54 -- 0.61 __ 0.60 -- 0.74 __ 0.18 0.17 1.07 -- roofing WOODS Asbestos shingles.................... Asphalt, composition or prepared................................ Asphalt shingles..................... Built-up roofing, bitumen ` or felt, gravel or slag surfaced................................ Slate............................................ Wood shingles........................... Balsa..................................... Balsa......................... ........ Balsa..................................... California redwood, 0 % moisture........................... Cypress.................................... Douglas fir, 0 % moisture Eastern hemlock, 0 % moisture Long leaf yellow pine, 0 ` moisture.. Mahogany...................... .......... Hard maple, 0 % moisture. Maple............................................ Maple, across grain................ Norway pine, 0 % moisture. Red cypress, 0 % moisture. Red oak, 0 % moisture... Short leaf yellow pine, 0 % moisture....................... ...... Soft elm, 0 % moisture... 65.0 75 - 70.0 75 _ 70.0 75- -- -- ' -- 1.33 -- -- 10.00 -- ' -- -- 20.0 8.8 7.3 90- 0.58 90 0.38 90 0.33 28.0 28.7 34.0 7586 '75 0.70 0.67 0.67 30.0 75 0.76 40.0 34.3 46.0 44.3 40.0 32.0 32.0 48.0 75 86 75 86 75 75 75 75 0.86 0.90 1.05 1.10 1.20 0.74 0.79 1.18 36.0 75 0.91 34.0 75 0.88 6.0 6.5 6.5 __ -- 1.28 __ -- -- - -- - __ -- -- -- __ __ -- -- __ -- - _ -- 0.75 0.10 -- 1.72 2.63 3.03 1.43 1.49 1.49 1.32 1.16: 1.11 0.95 0.91 0.83 1.35 1.27 0.85 1.10 1.14 footnotes on first page of Table 2. 1.35 1.67 -- _ 0.11 0.40 ' (4) (4) (4) (4) (4) (2) W -- _ -- _ ,_ -- (3) (1) 0) (1) U) (1) 0) 0.93 0.17 0.15 0.15 (3) (3) (3) (3) -- 0.78 _ -- -- (2) (1) (1) (1) - g! -- (4) - (4) ._ __ __ __ __ __ __ -- o)(4) (4) (1) (3J (4i (4) (4) (4) 1- (4)