Reading Castleman, Chapter 6: Alternatives to Asbestos Insulation

The sources Barry Castleman cites in Chapter 6, Alternatives to Asbestos Insulation of Asbestos: Medical and Legal Aspects (5th edition, 2005), in the order the book reads, with the page and note number. 89 of the 226 are in our library and linked. "Inside" means the source is part of a larger item we hold; "See also" is our closest item, not the source itself. All chapters.

• p. 371. Asbestos Textile Institute minutes of Sept. 11, 1953
• p. 371. Industrial Hygiene Digest news items of May 1945
• p. 371. MIL-I-2781A, 1953 specification for pipe covering
• p. 371. U.S. Maritime Commission, Specifications for Construction of a Twin Screw Passenger and Cargo Vessel
• p. 371. U.S. Department of Commerce, Commercial Standard, Mineral Wool Insulation for Heated Industrial Equipment, 1949
• p. 372. military specification 32P5b, "Rock Wool; Pipe Covering, Blanket, Cement and Fiber"

Magnesia Insulation

• p. 374. 1952 patent issued to Mason Baxter
• p. 374. A 1923 article remarked, "Due to its lightness and high qualities this material is absolutely without peer for insulation on shipboard ..."
• p. 375. report by the British Intelligence Objectives Sub-Committee (B.I.O.S.)
• p. 375. 1953 Baldwin-Hill patent

Calcium Silicate Insulation

• p. 378. 1951 and 1954 Kalousek patents (see Owens-Illinois patent list at end of chapter)
• p. 378. 1959 Hoopes et al. patent (see Fibreboard patent list at end of chapter)
• p. 378. 1947 Abrahams et al. patent (see Fibreboard patent list at end of chapter)
• p. 378. a 1947 report from Arthur D. Little, Inc. to Owens-Illinois
• p. 381. A 1964 article in Thorax, a medical journal

Use of Mineral Wool Insulation in Oil Refineries and Industrial Plants

• p. 384. A 1935 article by John Schaeffer of Eagle-Picher Lead Company stated that mineral wool products "are used extensively in insulating high-pressure steam lines, oil refinery lines, furnace and boiler lines ..."
• p. 385. 1949 Commercial Standard for Mineral Wool Insulation for Heated Industrial Equipment
• p. 385. The Petroleum Engineer, October 1951 article on general requirements of mineral wool application for piping
• p. 385. 1947 article in Chemical Engineering ('It is matter of personal preference whether a designer specifies mineral wool insulation...')

INTRODUCTION

• p. 369, note 1. Hunter, D., The Diseases of Occupations, 4th ed., Boston: Little, Brown & Co., 1969, pp. 1023-1024.
• p. 371, note 2. Thoenen, J.R., Mineral Wool, Bureau of Mines Information Circular No. 6142, June 1929.
• p. 371, note 3. Bowles, O., Industrial Insulation With Mineral Products, Bureau of Mines Information Circular No. 7263, Dec. 1943.
• p. 371, note 4. Bowles, O., The Asbestos Industry, Bureau of Mines Bulletin 552, 1955. In our library: The Asbestos Industry (1955)
• p. 371, note 5. Mineral Wool Insulation for Heated Industrial Equipment, Commercial Standard CS117-49, United States Department of Commerce, June 1, 1949.
• p. 372, note 6. Specifications for Construction of a Twin Screw Passenger and Cargo Vessel, United States Maritime Commission, Jan. 1945, p. 75-1.

Magnesia Insulation

• p. 373, note 7. Abrahams, S.A., "Better Magnesia Insulation by New Process," Chemical Engineering, 58:141 (Sept. 1951).
• p. 373, note 8. Ibid., p. 140.
• p. 373, note 9. Newman, N.E. (to Asbestos Limited Inc.), U.S. Patent 2,309,206 (Jan. 26, 1943), col. 1, lines 1-7. In our library: US Patent 2309206
• p. 373, note 10. Saborsky, A.D., "Glass Wool Heat Insulation in Europe," J. Amer. Ceram. Soc., 6:674 (May, 1923).
• p. 373, note 11. Hanmore, H.M. (to Keasbey and Mattison), U.S. Patent 345,843 (July 20, 1886). In our library: US Patent 345843
• p. 373, note 12. Ibid., p. 1, lines 65-69. In our library: US Patent 345843
• p. 373, note 13. Greider, H.W. et al. (to The Philip Carey Manufacturing Company), U.S. Patent 2,275,032 (Mar. 3, 1942), col. 1, lines 30-34. In our library: US Patent 2275032
• p. 373, note 14. Greider, H.W. et al. (to The Philip Carey Manufacturing Company), U.S. Patent 2,335,242 (Nov. 30, 1943), col. 3, lines 50-54. In our library: US Patent 2335242
• p. 373, note 15. Cummins, A.B. et al. (to Johns-Manville Corporation), U.S. Patent 2,428,555 (Oct. 7, 1947), col. 3, lines 29-33. In our library: US Patent 2428555
• p. 374, note 16. Honnig, R.W. (to Johns-Manville Corporation), U.S. Patent 2,609,733 (Sept. 9, 1952), col. 13, lines 54-59. In our library: US Patent 2609733
• p. 374, note 17. Greider, H.W. (to The Philip Carey Manufacturing Company), U.S. Patent 1,782,384 (Nov. 18, 1930). In our library: US Patent 1782384
• p. 374, note 18. Abrahams, S.A. et al. (to Plant Rubber & Asbestos Works), U.S. Patent 2,209,754 (July 30, 1940). In our library: US Patent 2209754
• p. 374, note 19. McGarvey, A.R. (to Armstrong Cork Company), U.S. Patent 2, 409,297 (Oct. 15, 1946). In our library: US Patent 2409297
• p. 374, note 20. Dinkfield, A.M. et al. (to Johns-Manville Corporation), U.S. Patent 2,413,958 (Jan. 7, 1947). In our library: US Patent 2413958
• p. 374, note 21. Seipt, W.R. (to Keasbey & Mattison Company), U.S. Patent 2,800,415, (July 23, 1957). In our library: US Patent 2800415
• p. 374, note 22. Baxter, M. (to James D. Akins), U.S. Patent 2,598,102 (May 27, 1952). In our library: US Patent 2598102
• p. 374, note 23. de Dani, A., "Glass Fibres. Their Manufacture, Properties and Uses," Chemistry and Industry, April 30, 1955, p. 482.
• p. 374, note 24. Op. cit., J. Amer. Ceram. Soc., p. 676.
• p. 374, note 25. Rase, H.F. and Barrow, M.H., Project Engineering of Process Plants, New York: John Wiley & Sons, Inc., 1957, pp. 476-7.
• p. 375, note 26. Stephens J.F. et al. (to Gustin-Bacon Manufacturing Co.), U.S. Patent 2,778,759 (Jan. 22, 1957). In our library: US Patent 2778759
• p. 375, note 27. Keyes, M.W. (to Pittsburgh Plate Glass Company), U.S. Patent 2,906,317 (Sept. 29, 1959). In our library: US Patent 2906317
• p. 375, note 28. Labino, D. (to Johns-Manville Fiber Glass Inc.), U.S. Patent 3,063,887 (Nov. 13, 1962). In our library: US Patent 3063887
• p. 375, note 29. Op. cit., Project Engineering of Process Plants, p. 475.
• p. 375, note 30. Product Pamphlet for Micro-Lok 650, Johns-Manville, Jan. 1979.
• p. 375, note 31. The German Mineral Wool and Heat Insulation Industries, British Intelligence Objectives Sub-Committee Final Report No. 916, copy received at University of California, Los Angeles, June 16, 1947.
• p. 375, note 32. Ibid. p. 24.
• p. 375, note 33. Ibid. p. 28.
• p. 375, note 34. Babor, J.A. et al., U.S. Patent 1,693,015 (Nov. 27, 1928). In our library: US Patent 1693015
• p. 375, note 35. Op. cit., Project Engineering of Process Plants, p. 475.
• p. 375, note 36. Hollenberg, Jr., F.H. (to Baldwin-Hill Company), U.S. Patent 2,633,433 (Mar. 31, 1953), col. 5, lines 25-40. In our library: US Patent 2633433

Calcium Silicate Insulation

• p. 376, note 37. Belknap, C.H. (to Armstrong Cork Co.), U.S. Patent 1,045,933 (Dec. 3, 1912). In our library: US Patent 1045933
• p. 376, note 38. Taylor, W.C. (to Owens-Corning Fiberglas Corp.), U.S. Patent 3,116,158 (Dec. 31, 1963), col. 1, lines 55-65. In our library: US Patent 3116158
• p. 376, note 39. Op. cit., Project Engineering of Process Plants, pp. 476-7.
• p. 376, note 40. Op. cit., U.S. Patent 1,045,933, p. 2, lines 60-65. In our library: US Patent 1045933
• p. 376, note 41. Haynes, W., ed., American Chemical Industry The Chemical Companies, vol. VI, New York: D. Van Nostrand Company, 1949, p. 237.
• p. 376, note 42. Teitsworth, C.S. (to The Celite Company), U.S. Patent 1,520,893 (Dec. 30, 1924), p. 3, lines 7-14. In our library: US Patent 1520893
• p. 376, note 43. Teitsworth, C.S. (to The Celite Company), U.S. Patent 1,590,132 (June 22, 1926), p. 3, lines 29-35. In our library: US Patent 1590132
• p. 377, note 44. Brown, G.B. (to Johns-Manville Corporation), U.S. Patent 2,247,355 (July 1, 1941). In our library: US Patent 2247355
• p. 377, note 45. Binkley, M.E. (to Johns-Manville Corporation), U.S. Patent 2,699,097 (Jan. 11, 1955), col. 2, lines 43-46. In our library: US Patent 2699097
• p. 377, note 46. Deposition of John McKinney, St. Jacque vs. Johns-Manville Corporation et al., Nov. 25, 1980, p. 232.
• p. 378, note 47. Vander Linden, C.R. (to Johns-Manville Corporation), U.S. Patent 3,033,648 (May 8, 1962). In our library: US Patent 3033648
• p. 378, note 48. Noll, C.H. et al. (to Johns-Manville Corporation), U.S. Patent 3,965,020 (June 22, 1976). In our library: US Patent 3965020
• p. 378, note 49. Shuman, E.C., "Hydrous Calcium Silicate Heat Insulation," The Petroleum Engineer, 24:C-55 (April 1952). In our library: E. C. Shuman of Owens-Illinois, Hydrous Calcium Silicate Heat Insulation (1952)
• p. 378, note 50. Fraser, L.H.D. (to Owens-Illinois Glass Company), U.S. Patent Re. 23,228 (May 9, 1950), col. 14, lines 13-37.
• p. 378, note 51. Kalousek, G.L. (to Owens-Illinois Glass Company), U.S. Patent 2,547,127 (Apr. 3, 1951), col. 2, lines 40-47. In our library: US Patent 2547127
• p. 378, note 52. Arthur D. Little, Inc., Tenth Progress Report on Studies of Kaylo, Oct. 9, 1947, p. 4.
• p. 378, note 53. Deposition of Everett Shuman, St. Jacque vs. Johns-Manville Corporation et al., Mar. 4, 1981, pp. 73-74.
• p. 379, note 54. Op. cit., U.S. Patent 2,547,127, col. 3, lines 7-13. In our library: US Patent 2547127
• p. 379, note 55. Kalousek, G.L., The System CaO-SiO-2-H-2O Xonotlite Kaylo, General Research & New Development Division of Owens-Illinois Glass Company, Nov. 26, 1948, pp. 7-8.
• p. 379, note 56. Kalousek, G.L. (to Owens-Illinois Glass Company), U.S. Patent 2,748,008 (May 29, 1956). In our library: US Patent 2748008
• p. 379, note 57. Op. cit., U.S. Patent 3,116,158. In our library: US Patent 3116158
• p. 379, note 58. Pfeifer, O.W. et al. (to Owens-Corning Fiberglas Corporation), U.S. Patent 3,216,881 (Nov. 9, 1965). In our library: US Patent 3216881
• p. 379, note 59. Pfeifer, O.W. et al. (to Owens-Corning Fiberglas Corporation), U.S. Patent 3,472,668 (Oct. 14, 1969). In our library: US Patent 3472668
• p. 379, note 60. Shannon, R.F. (to Owens-Corning Fiberglas Corporation), U.S. Patent 3,562,084 (Feb. 9, 1971). In our library: US Patent 3562084
• p. 379, note 61. Shannon, R.F. (to Owens-Corning Fiberglas Corporation), U.S. Patent 3,574,113 (Apr. 6, 1971), col. 5, lines 44-50. In our library: US Patent 3574113
• p. 379, note 62. Shannon, R.F. (to Owens-Corning Fiberglas Corporation), U.S. Patent 3,923,674 (Dec. 2, 1975). In our library: US Patent 3923674
• p. 379, note 63. Abrahams, S.A. et al. (to The Paraffine Companies, Inc.), U.S. Patent 2,432,981 (Dec. 23, 1947). In our library: US Patent 2432981
• p. 379, note 64. Lewon R. et al. (to The Paraffine Companies, Inc.), U.S. Patent 2,483,498 (Oct. 4, 1949). In our library: US Patent 2483498
• p. 379, note 65. Hoopes, H.P. et al. (to Fibreboard Paper Products Corporation), U.S. Patent 2,904,444 (Sept. 15, 1959). In our library: US Patent 2904444
• p. 379, note 66. Smith, E.C.W. et al. (to Insulex Mineral Products Limited), British Patent 722,015 (Jan. 19, 1955).
• p. 379, note 67. Allen, E.M. (to Columbia-Southern Chemical Corp.), U.S. Patent 2,754,547 (July 17, 1956). In our library: US Patent 2754547
• p. 379, note 68. Burak, N. et al. (to Joseph Crosfield & Sons Limited), U.S. Patent 3,238,052 (Mar. 1, 1966). In our library: US Patent 3238052
• p. 380, note 69. Stewart, J. and Richardson, C.D., "One Hundred Years of Mineral Wool," Industrial and Engineering Chemistry News Edition, 18:997 (Nov. 25, 1940).
• p. 380, note 70. Op. cit., Project Engineering of Process Plants, pp. 476-9.
• p. 380, note 71. "Insulation and Application Methods for Heated Piping," The Petroleum Engineer, 23:C-44 (Oct. 1951).
• p. 380, note 72. Op. cit., Industrial Insulation With Mineral Products, p. 5.
• p. 380, note 73. Op. cit., Mineral Wool, p. 2. See also: Lois Gaul's Manville Memo on the Bureau of Mines Circular Mineral Wool (1985)
• p. 380, note 74. Hall, C.C. (to Banner Rock Products Company), U.S. Patent 1,611,907 (Dec. 28, 1926). In our library: US Patent 1611907
• p. 380, note 75. Mottweiler, O.F. et al. (to General Insulating and Manufacturing Company), U.S. Patent 1,827,035 (Oct. 13, 1931). In our library: US Patent 1827035
• p. 380, note 76. Smith, H.C. (to Coast Insulating Co.), U.S. Patent 1,907,307 (May 2, 1933). In our library: US Patent 1907307
• p. 381, note 77. Losse, P.L. (to The Eagle-Picher Company), U.S. Patent 2,950,225 (Aug. 23, 1960). In our library: US Patent 2950225
• p. 381, note 78. Losse, P.L. (to The Eagle-Picher Company), U.S. Patent 3,030,250 (Apr. 17, 1962). In our library: US Patent 3030250
• p. 381, note 79. Hahn, W.P. et al. (to Johns-Manville Corporation), U.S. Patent 3,128,503 (Apr. 14, 1964). In our library: US Patent 3128503
• p. 381, note 80. Eriksen, H.N. (to Keene Corporation), U.S. Patent 3,577,889 (May 11, 1971). In our library: US Patent 3577889
• p. 381, note 81. Answers to plaintiff's interrogatories to Eagle-Picher dated April 30, 1982.
• p. 381, note 82. Moody's Industrial Manual, New York: Moody's Investors Service, Inc., 1958, p. 73.
• p. 381, note 83. Bjure, J., Soderholm, B., and Widimsky, J., "Cardiopulmonary function studies in workers dealing with asbestos and glass-wool," Thorax, 19:22-27 (1964). In our library: Cardiopulmonary function studies in workers dealing with asbestos and glasswool.
• p. 381, note 84. Stalego, J.P. (to Owens-Corning Fiberglas Corporation), U.S. Patent 2,941,904 (June 21, 1960). In our library: US Patent 2941904
• p. 381, note 85. Plummer, J.H. (to Owens-Corning Fiberglas Corporation), U.S. Patent 2,184,316 (Dec. 26, 1939). In our library: US Patent 2184316
• p. 381, note 86. Stalego, J.P. (to Owens-Corning Fiberglas Corporation), U.S. Patent 2,941,899 (June 21, 1960). In our library: US Patent 2941899
• p. 381, note 87. Labino, D. (to Johns-Manville Fiber Glass Inc.), U.S. Patent 3,053,715 (Sept. 11, 1962), col. 7, lines 66-75. In our library: US Patent 3053715
• p. 381, note 88. Op. cit., Moody's Industrial Manual, 1981, p. 3755.
• p. 381, note 89. Thomas, H.K., U.S. Patent 2,600,812 (June 17, 1952). In our library: US Patent 2600812
• p. 382, note 90. Ibid., col. 3, lines 20-22. In our library: US Patent 2600812
• p. 382, note 91. Cook, H.A. et al. (to The Philip Carey Manufacturing Company), U.S. Patent 2,884,380 (Apr. 28, 1959). In our library: US Patent 2884380
• p. 382, note 92. Moody's Industrial Manual, New York: Moody's Investors Service, Inc., 1972, p. 2897.
• p. 382, note 93. Mueller, A.P. (to Panacon Corporation), U.S. Patent 3,639,276 (Feb. 1, 1972), col. 6, lines 4-6. In our library: US Patent 3639276
• p. 382, note 94. Denning, P.S. (to Johns-Manville Perlite Corporation), U.S. Patent 3,042,578 (July 3, 1962). In our library: US Patent 3042578
• p. 382, note 95. Becker, N.V. (to Johns-Manville Perlite Corporation), U.S. Patent 3,095,347 (June 25, 1963). In our library: US Patent 3095347
• p. 382, note 96. Yates, P.C. (to E.I. du Pont de Nemours and Company), U.S. Patent 3,718,491 (Feb. 27, 1973), col. 1, lines 10-14. In our library: US Patent 3718491
• p. 382, note 97. Op. cit., U.S. Patent 2,309,206. In our library: US Patent 2309206
• p. 382, note 98. Drill, D.C. (to Johns-Manville Corporation), U.S. Patent 1,956,377 (Apr. 24, 1934). In our library: US Patent 1956377
• p. 382, note 99. McDermott, P.F. (to Johns-Manville Corporation), U.S. Patent 2,425,293 (Aug. 12, 1947). In our library: US Patent 2425293
• p. 382, note 100. Farrell, E.A. (to Johns-Manville Corporation), U.S. Patent 2,609,312 (Sept. 2, 1952). In our library: US Patent 2609312
• p. 382, note 101. Bruno, A.J. et al. (to Johns-Manville Corporation), U.S. Patent 2,808,338 (Oct. 1, 1957). In our library: US Patent 2808338
• p. 382, note 102. Napier, H. (to F.E. Schundler & Co., Inc.), U.S. Patent 2,456,643 (Dec. 21, 1948), col. 1, lines 26-32. In our library: US Patent 2456643

Insulating Cements

• p. 383, note 103. Caldwell, L. (to The Celite Company), U.S. Patent 1,544,215 (June 30, 1925). In our library: US Patent 1544215
• p. 383, note 104. Teitsworth, C.S. (to The Celite Company), U.S. Patent 1,544,196 (June 30, 1925), p. 2, lines 120-4. In our library: US Patent 1544196
• p. 383, note 105. Jenkins, S.M., U.S. Patent 1,968,489 (July 31, 1934), p. 1, lines 40-44. In our library: US Patent 1968489
• p. 383, note 106. Hollenberg, Jr., F.M. (to Baldwin-Hill Company), U.S. Patent 2,509,599 (May 30, 1950). In our library: US Patent 2509599
• p. 384, note 107. Randall, M.C. et al., U.S. Patent 2,574,843 (Nov. 13, 1951). In our library: US Patent 2574843
• p. 384, note 108. Hayde, S.J., U.S. Patent 803,285 (Oct. 31, 1905). In our library: US Patent 803285
• p. 384, note 109. MacDonald R.B. (to W.H. Winkley), U.S. Patent 1,332,348 (Mar. 2, 1920). In our library: US Patent 1332348
• p. 384, note 110. Demaison, R.J. (to Quigley Company, Inc.), U.S. Patent 3,092,505 (June 4, 1963). In our library: US Patent 3092505
• p. 384, note 111. Blokh, L.E., U.S.S.R. Patent 54,360 (Jan. 31, 1939). See Chemical Abstracts 35:col. 3007 (1941).

Use of Mineral Wool Insulation in Oil Refineries and Industrial Plants

• p. 385, note 112. Schaeffer, J.A., "Mineral Wool and Vermiculite as Insulation," Industrial and Engineering Chemistry, 27:1300 (Nov. 1935).
• p. 385, note 113. Op. cit., Mineral Wool Insulation for Heated Industrial Equipment. See reference 5.
• p. 385, note 114. Parker, S.S., "Insulation Technique for Oil-Refinery Structures," The Oil and Gas Journal, 45:160-162 (Apr. 26, 1947).
• p. 385, note 115. Waller, E.L. and Humes, H.L., "Tidewater Insulates Refinery," The Oil and Gas Journal, 55:166, 169 (Feb. 18, 1957).
• p. 385, note 116. Morris, H.R., "Mexico's Two New Refineries Models of Newest Insulation Methods" Petroleum Refiner, 26:121-122 (May 1947).
• p. 385, note 117. Op. cit., The Petroleum Engineer, 23:C-44 to C-46. See reference 71.
• p. 385, note 118. "Insulation—How to Install It," Power Plant Engineering, 48:96-100, 162, 164 (Sept. 1944).
• p. 385, note 119. "Modern Boiler, Tank and Line Insulation," Power Plant Engineering, 51:84-86 (Sept. 1947).
• p. 385, note 120. "What the Power Engineer Needs to Know About Heat Insulation," Power Plant Engineering, 51:77-79 (Oct. 1947).
• p. 385, note 121. Swain, P., "Insulation Handbook: Part 5—How to Apply Mineral Wool Heat Insulation," Power, 94:86-90 (Sept. 1950).
• p. 385, note 122. Lewis, H.E. and Young, C.E., "Application Methods for Mineral Wool Pipe Insulation," Heating, Piping & Air Conditioning, 24:106-108 (July 1952).
• p. 385, note 123. Otto, F.C., "Estimating Mineral Wool Insulation," Chemical Engineering, 54:102-106 (July 1947).

ANNOTATED LIST OF CEMENT PATENTS

• p. 409. U.S. Patent 3,736,162, Chvalovsky et al. (Ceskoslovenska Akademie Ved.), 1973 In our library: US Patent 3736162
• p. 409. U.S. Patent 3,854,986, Chvalovsky et al. (Ceskoslovenska Akademie Ved.), 1974 In our library: US Patent 3854986
• p. 409. U.S. Patent 4,040,851, Ziegler (GAF Corporation), 1977 In our library: US Patent 4040851
• p. 409. U.S. Patent 4,064,307, Lajoie (L. Lajoie Inc.), 1977 In our library: US Patent 4064307
• p. 409. U.S. Patent 4,085,001, Fukuwatari et al. (Asahi Glass Company, Ltd.), 1978 In our library: US Patent 4085001
• p. 409. U.S. Patent 4,095,986, Matsuda et al. (Director-General of the Agency of Industrial Science and Technology), 1978 In our library: US Patent 4095986
• p. 409. U.S. Patent 4,118,239, Gagin (Johns-Manville Corporation), 1978 In our library: US Patent 4118239
• p. 409. U.S. Patent 4,140,540, Caspar et al. (Societe Anonyme dite: Lafarge), 1979 In our library: US Patent 4140540
• p. 409. U.S. Patent 4,153,439, Tomić et al. (Rockwool Aktiebolaget), 1979 In our library: US Patent 4153439
• p. 421. Saborsky, A.D., "Glass Wool Heat Insulation in Europe," J. Amer. Ceram. Soc., 6:674-684 (May, 1923).
• p. 421. Thoenen, J.R., Mineral Wool, Bureau of Mines Information Circular No. 6142, June 1929.
• p. 421. "Glass Silk for Heat Insulation," Engineering, 131:613 (May 8, 1931).
• p. 421. "Glass Silk as a Heat Insulator," The Engineer, 152:150 (Aug. 7, 1931).
• p. 421. "Chance Brothers and Co., Ltd.," The Engineer, 156:229-230 (Sept. 8, 1933).
• p. 421. Gurley, R.R. and Sinclair, W.P., "Pipe Covering Materials for High Temperatures," Journal of the American Society of Naval Engineers, 47:247-256 (May 1935).
• p. 421. Schaeffer, J.A., "Mineral Wool and Vermiculite as Insulation," Industrial and Engineering Chemistry, 27:1298-1303 (Nov. 1935).
• p. 421. Cox, O.L., "Heat Insulation," The Society of Naval Architects and Marine Engineers Transactions, 44:470-486 (1937). In our library: Captain Ormond L. Cox, "Heat Insulation" (1936)
• p. 421. "Fibrous Glass Insulation," Marine Engineering and Shipping Review, 42:653 (Dec. 1937).
• p. 421. "Glass Fiber Enters Electrical Insulation Field," Electrical World, 110:40-42, 110 (Nov. 19, 1938).
• p. 422. Ferris, R.E. and Moses, G.L., "Fibrous Glass for Electrical Insulation," Electrical Engineering, 57:480-483 (Dec. 1938).
• p. 422. Moses, G.L., "Fiber Glass Compared With Asbestos," (Letter to the Editor), Electrical World, 111:39 (Apr. 8, 1939).
• p. 422. Slayter, G., "A New Marine Insulating Material," Marine Engineering and Shipping Review, 45:60-65 (Feb. 1940).
• p. 422. Phillips, C.J., "Glass as an Electrical Insulator," Journal of Applied Physics, 11:173-181 (Mar. 1940).
• p. 422. Cope, E.T. and Kinney, W.F., "A Study of Heat-Insulation in Steam Power Plants," Mechanical Engineering, 62:465-470 (June 1940).
• p. 422. Slayter, G., "Fiberglas A New Basic Raw Material," Industrial and Engineering Chemistry, 32:1568-1571 (Dec. 1940).
• p. 422. Saginor, S.V., "Thermal Insulation for Industry," Chemical & Metallurgical Engineering, 48:82-86 (Jan. 1941)
• p. 422. "Woven-Class Insulation for Electrical Windings," The Engineer, 171:38-39 (Jan. 10, 1941).
• p. 422. "Fiberglas on Shipboard Its Uses in Merchant and Naval Vessels," The Nautical Gazette, 131:14-17 (Oct. 1941).
• p. 422. Allcut, E.A., "Properties of Heat Insulating Materials," The Engineering Journal, 24:514-523 (Nov. 1941).
• p. 422. Saginor, S.V., "Thermal Insulating Materials for Industrial Equipment," Product Engineering, 13:494-497 (Sept. 1942).
• p. 422. Tooley, F.V., "Fiberglas: Some Properties and New Applications," Bulletin of The American Ceramic Society, 22:60-64 (Mar. 15, 1943).
• p. 423. "Glass Fabric for Electrical Insulation," Engineering, 155:452 (June 4, 1943).
• p. 423. Allcut, E.A., "Tests of Steam-Pipe Insulation," Transactions of the American Society of Mechanical Engineers, 65:407-419 (July 1943).
• p. 423. Bowles, O., Industrial Insulation with Mineral Products, Bureau of Mines Information Circular 7263, Dec. 1943.
• p. 423. "Insulation—How to Install It," Power Plant Engineering, 48:96-100, 162, 164 (Sept. 1944)
• p. 423. Specifications for Construction of Twin Screw Passenger and Cargo Vessel, United States Maritime Commission, Jan. 1945.
• p. 423. "'Fiberglas' Insulation—A Most Versatile Material," Machinery, 51:163 (Jan. 1945).
• p. 423. "Cellulated Glass Blocks for Insulation," Heating and Ventilating, 42:63-65 (Feb. 1945).
• p. 423. "Glass Fibers for Insulation," Heating and Ventilating, 42:59-61 (Mar. 1945).
• p. 423. "Fiberglas in Post-War Ships Will Go Beyond War-Time Insulation Uses," Marine News, 32:48, 53-54, 159-164 (Jan. 1946).
• p. 423. Hogendobler, H.R., "Fibrous Glass in the Power Plant," Power Plant Engineering, 50:88-90, 122 (July 1946).
• p. 423. "Glass Fibers as an Engineering Material," Steel, 120:96-99, 127-128 (Mar. 10, 1947).
• p. 423. Parker, S.S., "Insulation Technique for Oil-Refinery Structures," The Oil and Gas Journal, 45:160-162 (Apr. 26, 1947).
• p. 424. Dutton, G.R., "Mineral Fiber Insulations & Textiles For Marine Service," Marine News, 33:62, 64, 66, 68, 70 (May 1947).
• p. 424. "Heat Insulation Solves Breeching and Boiler Troubles," Power Plant Engineering, 51:88-89 (May 1947).
• p. 424. Otto, F.C., "Estimating Mineral Wool Insulation," Chemical Engineering 54:102-106 (July 1947).
• p. 424. "Modern Boiler, Tank and Line Insulation," Power Plant Engineering, 51:84-86 (Sept. 1947).
• p. 424. "Mineral Wool Insulation of Ducts Cuts Plant Operating Costs," Sheet Metal Worker, 38:100, 102 (Sept. 1947).
• p. 424. "What the Power Engineer Needs to Know About Heat Insulation," Power Plant Engineering 51:77-79 (Oct. 1947).
• p. 424. Minutes of the General Meeting of the Asbestos Textile Institute, p. 2, Apr. 7,1949. In our library: Asbestos Textile Institute General Meeting Minutes, April 7, 1949 (1949)
• p. 424. Mineral Wool Insulation for Heated Industrial Equipment, Commercial Standard CS 117-49, United States Department of Commerce, June 1, 1949.
• p. 424. Stone, J.F., "Thermal Insulation in Refineries," The Petroleum Engineer, 22:C-11 to C-16 (Jan. 1950).
• p. 424. Swain, P., "Insulation Handbook: Part 2—Types and Shapes of Heat Insulation," Power, 94:118-119 (Mar. 1950)
• p. 424. Swain, P., "Insulation Handbook: Part 5—How To Apply Mineral Wool Heat Insulation," Power, 94:86-90 (Sept. 1950)
• p. 424. Specifications for Construction of a Single Screw Cargo Vessel, United States Department of Commerce Maritime Administration, Nov. 1950.
• p. 425. "Insulation and Application Methods for Heated Piping," The Petroleum Engineer, 23:C-44 to C-46 (Oct. 1951).
• p. 425. Asbestos A Summary of Information on Uses, Production, Trade, and Supply, Industrial Materials Series Report No. M-3, United States Tariff Commission, Dec. 1951.
• p. 425. "Insulating Papers vs. Asbestos," Chemical Engineering, 59:248 (July 1952).
• p. 425. Lewis, H.E. and Young, C.E., "Application Methods for Mineral Wool Pipe Insulation," Heating, Piping & Air Conditioning, 24:106-108 (July 1952).
• p. 425. "Ceramic Fiber Resists 2,300 °F," Chemical Engineering, 59:198 (Sept. 1952).
• p. 425. "Manufacture of Heat Insulating Sections for Pipes," The Engineer, 195:512 (Apr. 3, 1953).
• p. 425. Thomas, R. and "Turner, W.C., "Insulation for Heat and Cold," Chemical Engineering, 61:221-225 (June 1953).
• p. 425. "Pipe Wrapped in Glass Blanket," Chemical Engineering, 61:250 (June 1953).
• p. 425. "Snap-Around Pipe Insulation Cuts Labor Costs 20%," Factory Management and Maintenance, 111:132-133 (Nov. 1953).
• p. 425. "Owens-Corning Improves Fibered Pipe Insulation," Marine Engineering, 58:136 (Nov. 1953).
• p. 425. Hadley, J.B., "Improved Hull Board For Marine Use," Marine Engineering and Shipping Review, 59:65-66 (Oct. 1954).
• p. 426. Bowles, O., "The Asbestos Industry, Bureau of Mines Bulletin 552, 1955. In our library: The Asbestos Industry (1955)
• p. 426. "Thermal Conductivity of Pipe Coverings," Electrical World, 143:142 (Mar. 21, 1955).
• p. 426. "Inorganic Fiber Insulation," Materials & Methods, 42:152, 154 (Nov. 1955).
• p. 426. Mansergh, R.A, "Thermal Insulation Materials-I," Power and Works Engineering, 51:257-260 (July 1956).
• p. 426. Klingholz, R., "Materialien fur Thermische und Akutische Isolierungen," Schiff und Hafen, 8:845-849 (Oct. 1956).
• p. 426. Waller, E.L. and Humes, H.L., "Tidewater Insulates Refinery," The Oil and Gas Journal, 55:166, 169 (Feb. 18, 1957).
• p. 426. "Prefabricated Metal Insulation Offers New Features," Marine Engineering/Log, 63:128 (Dec. 1958).
• p. 426. "Piping Insulation Costs," Chemical Engineering, 66:128 (Feb. 9, 1959).
• p. 426. McGinnis, E.J., "Reflective Blankets Cut Welding Costs," American Machinist, 103:109 (Nov. 2, 1959).
• p. 427. "Fiberfrax Production: Carborundum's Versatile Ceramic Fiber," Ceramic Age, 78:37-40 (Feb. 1962).
• p. 427. Williams, A.E., "Refractories and Insulation for Steam Raising Plant–III," Steam Engineer, 32:232-237 (Apr. 1963).
• p. 427. Roberts, J.C.H., "Reducing Costs of Thermal Insulation of Marine Machinery & Piping Systems," Insulation, 8:108-111, 117 (May 1964).
• p. 427. "Search for Composites Spurs Growth in Inorganic Refractory Fibers," Chemical & Engineering News, 45:28-29 (Oct. 2, 1967).
• p. 427. Bewsher, M.R., "Cost-Effectiveness Evaluation of Thermal Insulation in Naval Vessels," American Society of Mechanical Engineers, Paper 67-WA/Mgt-10, Nov. 1967.
• p. 427. Aldrich, F.W., "Semi-Metallics: A New Type of Friction Material," Society of Automotive Engineers Transactions, Paper 710591, 1972.
• p. 427. Kwolek, J.P., "Friction Material for Small Car Solid Rotor Applications," Society of Automotive Engineers Transactions, Paper 750874, 1976.
• p. 427. "Friction Modifiers Tailor Brake and Clutch Characteristics," Automotive Engineering 87:74-76, June 1979.
• p. 427. Loken, H.Y., "Asbestos Free Brakes and Dry Clutches Reinforced with Kevlar® Aramid Fiber," Society of Automotive Engineers Transactions, Paper 800667, 1981