Document emvQEO1yVOX5pXxKwg33G24J9

"CALIDRIA" ASBESTOS SG-130 AND SG-210 For Tape Joint Compounds n Lowers Costs Two Ways CALIDRIA Asbestos acts as a body ing and secondary chickening agent permitting formulation of lower den sity, more economical cape joint com pounds without the sacrifice of per formance. CALIDRIA Asbestos is produced by a proprietary manufactur ing process chat yields unusually high fiber concent and more complete fiber liberation from the natural bundles. As a result, CALIDRIA Asbestos goes up to twice as far, pound for pound, as commercial grades of as bestos containing large amounts of ocher filler materials chac have no specific desirable effects on tape joinc compound properties. Reduces Crocking The fibers of CALIDRIA Asbestos behave as an active lyophobic colloid in aqueous dispersion; by this mecha nism CALIDRIA Asbestos increases tape joint compound liquid cohesive strength during drying. Increased liquid cohesive strength gready re duces the tendency for cracks over nail holes, in thick sections at the center of the joint, and along the feathered edges. Enhances Sondabilify CALIDRIA Asbestos contains mainly chrysocile fiber arid is essentially free from abrasive contaminants, such as magnetite and serpentine rock dust. This composition results in a low density product, free from con taminants that interfere with sanding. Improves Uniformity Narrow and well-controlled particle size distribution, low alkalinity and high brightness are characteristic of CALIDRIA Asbestos. These proper ties are consistent from batch to batch and improve the uniformity of tape joint compounds using CALIDRIA Asbestos. Suggestions for Use of CALIDRIA Asbestos CALIDRIA Asbestos can be readily used in your present tape joint compound formulation. Add approximately one-half the proportion of asbestos you now use. Increase the proportion of calcium carbon ate or other inert filler to make up for the lower quantity of asbestos. You may alsobe able to use slightly more water in your ready-mix and maintain your present vis cosity level. No other changes in your October. 1968 F-J22S8 CALIDRIA. CELLOSlr-E. L'CAR. and UNION CARBIDE ore trade marks of Union Carbide Corporation. UNION CARBIDE CORPORATION CHEMICALS ANn 01 nen 32 wn nnon CALIDRIA" ASBESTOS S6-130 AND SG-210 For Tape Joint Compounds Suggestions for Use of CAL1DRIA Asbestos (Continued) formulation or manufacturing procedure are required. CALIDRIA Asbescos SG-130 has the coarser particle size; it finds use for bedding compounds or perhaps spackling compound. The SG-2I0 has the finer parti cle size and is favored for topping com pounds, all-purpose compositions, texture paints, and similar formulas. ( U N <T c-" . -> > . 0l -ai A Suggested Ready-Mix Tape Joint Compound For Use With CALIDRIA Asbestos Parts by Weight Ijjr ;fh Dry Bosis - _ - - Tillers: sri.'c, T'--: --' 1 Calcium Carbonate, No. 1 White (Thompson Weinman) ............... .................................... 61.42 J Mica, P80F (Western Mica).......................................................................... ................................... 21.00 Clay, ASP-400 (Minerals and Chemicals Philipp Carp.)............ ................................... 4.00 - & 9 CALIDRIA Asbestos, SG-210 (Union Carbide)................................ .............4.53 . i\ Binder: .............,CV.6.C... * UCAR Latex 131 (Union Carbide)........................................................... 6.60' - Workability Control Agent: -> CELLOSIZE Thickener, TJC Grade (Union Carbide).................... ............... 0.50 " Drying Control: - Ethylene Glycol (Union Carbide).......... *................................................. ............... 1.00 . is" Defoamer: "Nopco'' PD-1 (Nopco Chemical Company) ..................................... .................................... Dispersant: "Daxad" 30 (Dewey & Almy Chemical Div.)..................................... ..................................... 0.10 0.60' r> .. Bacteriastat: "Dowicide" A (Dow Chemical Co.)...................................................... .................................... Total Water: about 56 parts by weight per 100 parts dry solids .,, / V /X 1 0.20 100.00 rf ul *Conrainod solids basis Uc Tracts 2 ``CALIDRIA" ASBESTOS SG-130 AND SG-210 For Tope Joint Compounds Typicol Product Characteristics Reflectance (G.E. Photovolt) ...................... Contained magnetite................................................. Alkalinity (as % of Na20)..................................... pH (5fo aqueous slurry)............................................ Surface area (BET).................................................... Oil Adsorption (DOP J/]002 asbestos).......... Wet Bulk, settled vol. (ml.) 10g/250 ml./l hr Dry Bulk (.i/ft.3) ...................................................... Water absorption (wt. % in filter coke) .......... Size distribution (cumulative % retained) Wet Screen mesh size 100................................................. 200 ....................................................................... 325 ....................................................................... CALIDRIA Asbestos SG-130 SG-210 Ch i *CO 1 2To max. 0.05 to 0.06 8.5 to 9.5 50 fa 60 90 to 100 200 7. to 8 55 to 60 110 to 120 220 5 to 6 62 to 65 5 17 28 to 32 T race 3 10 ta 15 Packaging and Shipping Information Product Form - Opened (finely ground) chrysotile asbestos fiber. Packaging - One Package................................................................................................. Pallet Weight Carload .................................................................................................... Truckload ................................................................................................. Shipping Classification - asbestos shorts Rail point of origin - Welby, California (King City, California) CALIDRIA Asbestos SG-130 SG-210 40 lb. 30 lb. 1,600 lb. 2,000 lb. 1,050 lb. 1,500 lb. TOXICOLOGICAL PROPERTIES It has been known for many years that some persons working in asbescos produc tion were prone to develop a disabling lung disease. Iu time, this condition became known as asbestosis and was related ro exposure to high concentrations of asbes tos dust. With further experience, it was found that men could work with asbestos wichout development of lung disease if dust concentrations were kept below a certain level. It is now generally accepted that a man can work a -10-hour week for a lifetime wichout developing asbestosis if the asbestos dust particle count is kepc at or below 5 million particles per cubic foot of air. This dust concentration of 5 million particles per cubic foot of air is the Thresh old Limit Value for asbestos, and no cases 3 "CALIDRIA" ASBESTOS SG-130 AND SG-210 TOXICOLOGICAL PROPERTIES (Confirmed) of asbestosis are believed co have occurred when exposures have been maintained ac or below this level, despite large-scale utilization (now approaching one million tons per year in the U.S.A.). This concen tration of dust is generally not visible in the average work area unless a beam of light causing a Tyndall effect is present. Usually the dust concentration must be from 8-10 million particles per cubic foot before its presence is visible in average lighting conditions. Several years ago, it was reported that there was an increase in the incidence of cancerous tumors, especially of che lung, associated with asbestosis. Recently there have been reports of some cancers occurring in individuals exposed to asbestos dust, but who have not developed clinical as bestosis. It is believed by most authorities that these cases have been associated with exposures significantly exceeding the Threshold Limit Value. A major manufac turer of asbestos products who also mines asbestos has not been able to show an in crease in cancerous growths in men work ing where dust concentrations were main tained ac the Threshold Limit Value. Control of asbestos dust exposure is therefore necessary. The control methods are the standard ones applicable to a variety of dusty operations. They include closed flow systems, wet processes where possi ble, and adequate exhaust ventilation where openings in the syscern are necessary. Pelletizing is sometimes used to improve che handling characteristics of otherwise dusty materials. Where satisfactory con tainment to stay within the Threshold Limit Value is impractical or impossible, effi cient and reliable respirators are available for the protection of the employee. A pro gram of environmental monitoring in manu facturing operations is highly desirable to determine that Threshold Limit Values are not being exceeded. Employees should wear respirators where dusting occurs in finishing products such as sanding caped joints. Pte-employment and periodic physical examinations of workers are desirable. These should include chest X-rays to in sure that the worker has no chest con dition prior to work with asbestos and to determine that no lung changes are result ing from work with asbestos. In conclusion, while asbestos dust in excess of che Threshold Limit Value is potentially harmful, as are many other dusts encountered in industry, it is as readily controlled as other such dusts and it can be used safely with appropriate precautions. 4 "CALIDRIA" ASBESTOS SG-130 AND SG-210 For Tope Joint Compounds RELATIONSHIP BETWEEN WATER & OIL ADSORPTION CAPACITY OF SOME ASBESTOS PRODUCTS FOR TAPE JOINT ADHESIVE FORMULATIONS 9 THE DISCOVERY COMPANY Sa/es Offices UNION CARBIDE CORPORATION CHEMICALS AND PLASTICS 270 PARK AVENUE. NEW YORK. N.Y. 10017 < United States ATLANTA. GEORGIA 30309....................................... 1371 Peachtree St.. N. E................ BALTIMORE. MARYLAND 21207.............................. Beltway Bldg.. 6707 Whitestone Rd BOSTON. MASSACHUSETTS 02194.......................300 Pint Ave.. Needham Hgts.......... BUFFALO, NEW YORK 14225.................................. 3343 Harlem Rd................................. CHARLOTTE. NORTH CAROLINA 2S210................ 6230 Fairview Rd................................ CHICAGO. ILLINOIS 60606....................................... 120 South Riverside Plaza................ CINCINNATI, OHIO 45227.......................................West Street and Madisonville Rd... CLEVELAND. OHIO 44114......................................... 1300 Lakeside Ave.. N.E.................. CLIFTON. NEW JERSEY 07012................................ 935 Allwood Rd.................................. DALLAS. TEXAS 75207.............................................. 2710 Stemmons Freeway.................. DETROIT. MICHIGAN 48221.................................... 10421 West Seven Mile Rd____ 7. . . HARTFORD. CONNECTICUT 06103......................... 410 Asylum SL................................. HOUSTON. TEXAS 77027......................................... 3839 West Alabama Ave................... INDIANAPOLIS. INDIANA 46220..............................720 Broad Ripple Ave........................ KANSAS CITY. MISSOURI 64141............................910 Baltimore Ave.............................. LOS ANGELES. CALIFORNIA 90058.......................2770 Leonis Blvd................................ MEMPHIS. TENNESSEE 38116................................ 3385 Airways Slvd.............................. MINNEAPOLIS. MINNESOTA 55416 .......................3033 Excelsior Blvd............................ MQORESTOWN. NEW JERSEY 08C57.....................Route 38 and Pleasant Valley Rd... NEW YORK. NEW YORK 10017................................ 270 Park Ave...................................... PHILADELPHIA (MOORESTOWN. NEW JERSEY SALES OFFICE)....................................... PITTSBURGH. PENNSYLVANIA 15220.................. P'kway Center. 875 Greentree Rd.. . ST. LOUIS. MISSOURI 63105.................................. 10 South 8rentwood Blvd................ SAN FRANCISCO. CALIFORNIA 94106.................. 22 8attery SL.................................. SEATTLE. WASHINGTON 98118 ..............................4726 Rainier Ave.. South.................. TULSA. OKLAHOMA 74114.................................... 2901 South Harvard........................ . 404-892-7500 .301-944-8211 s 617-444-5400 .716-837-6450 .7043641400 .312-822-7000 .513-272-0206 .216-6214202 .201-778-2300 .214631-0010 .313-341-3131 .203-525-9345 .713-621-1000 .317-255-3181 .816-221-2400 .213-583-3061 .901-396-5375 .612-927-4221 . 509-235-6200 .212-5514641 .215-923-3200 .412-922-5700 .314-726-0324 .415-982-1260 . 206-723-B660 .918-742-5524 jX 77!Iic t BS Pan America ARGENTINA .......................... Union Carbide Inter-America. Inc., Buenos Aires BRAZIL Union Carbide do Brasil S. A.. Sio Paulo. Rio de Janeiro CANAOA ............. .................. Union Carbide Canada Ltd.. Calgary. Lachine (P.Q.). Toronto. Vancouver. Winnioeg CARIBBEAN ........... ................... Union Carbide lnter-Amenca. Inc.. San Juan, Puerto Rico CENTRAL AMERICA_______ Union Carbide Inter-America. Inc. Panama City, Panama CHILE .................................... Union Carbide Comercial Chile Ltd.. Santiago COLOMBIA Union Carbide Colombia. S. A.. Bogota ""'"`MEXICO __________________ Umcarb Comercial. S. A. de C. V.. Mexico, D. F.f Guadalajara, Monterrey PERU _____ ______________ Union Carbide Inter-America. Inc.. Lima VENEZUELA......... --............ Union Carbide de Venezuela. C. A.. Caracas WESTERN HEMISPHERE.... Union Carbide lnter-Amenca. Inc.. New York. N. Y. Eastern AUSTRALIA _________ _____ Union Carbide Australia Ltd.. Sydney, N. S. W. HONG KONG Union Carbide Asia Ltd.. Hong Kong INDIA ...... ............................. Union Carbide India Ltd.. Calcutta. Bombay. Madras. New Oethi NEW ZEALAND ......... .......... Union Carbide New Zealand (Pty) Ltd., Auckland PAKISTAN ............................ National Carbon Co. (Pakistan) Lid.. Karachi PHILIPPINES _____________ Union Carbide Philippines Inc. Manila SINGAPORE ............. ............ Union Carbide Singapore Ltd.. Singapore Europe Middle East, jnd .'Jortn Africa AUSTRIA ............. ......... Union Carbide Austria Ges. mbH.. Vienna BELGIUM ............. ................. Union Carbide Belgium N. V.. Brussels FRANCE ..................... -........Union Carbide Europe s.a., Succursale Francaise. Puteaux-Paris GERMANY ............._....................Union Carbide Oeutschland, GmbH. Dusseldorf ITALY ................... Union Carbide Italia S.p.A.. Milan MIOOLE EAST ....................... Union Carbide Middle East Ltd.. Athens. Greece NETHERLANDS ......... Union Carbide Belgium N. V.. Amsterdam SCANDINAVIA ....................... Union Carbide Narden A.B., Stockholm, Sweden SPAIN .......................... Union Carbide Ibenca S. A.. Madrid SWITZERLAND ..................... Union Carbide Europe s.a., Geneva UNITEO KINGDOM............... Union Carbide U. K. Limited. London, Manchester. Rickmansworth; England Africa AFRICA (EAST) ...,,..... ........Union Carbide Alnca Lid.. Nairobi. Kenya AFRICA (SOUTH) .... ...........Union Carbide South Africa (Pry) Ltd.. Johannejburg. Capetown. Durban: Republic ol South Alnca i