Document qaQXb3XwbakznOnpm3Kvrw19x

iUMITO^.O CH^r.^CAL COMPANY, LTD. JJ J-CHOME, KJTAHAMA, hlGASH!-KU, OSAKA, JAPAN TELEX: 6 3823 SUHIKA J C3624 SUMIKA J 0322-7641 SUMIKA J r Dr, Paul A. Lobo Director Business Development and Planning Intermediates Division Tenncco Chemicals, Inc. Turner Place, Piscataway UN. J. 08854, U. S. A. CABLE: CHEMISUMIT OSAKA TELEPHONE: (06) 303-1231 July 25, 1972 - j Dear Dr. Lcbo, We are pleased that we had a nice meeting when you visited us on July 4, 1972. '> As you requested aJ that time, we are sending you sepa rately 5 kg each of the following 5 grades of our paste resin by' air and 20 kg each by sea. --\ 1) Grade PXN 0000 type PXN 2000 type PXN 4000 type PXNL PXNH 2) Air freight House waybill Master air waybill Flight Date of departure No. TAC-205 413 No. 026-19173490 No. PAA-880 July 15, 1972 (We will send you the shipping documents as soon as they are made available.) Enclosed you will please find a copy each of "Analysis value of Sumitomo paste resin" and "Comparison of property11. ] Incidentally, PXN 0000 type was chosen since it cor- | responds to Stauffer*s SCC-20 from the stand point of i; average polymerization degree, gelation temperature and ' viscosity (initial viscosity: 4000 cp). COLOR!TE 007193 SUMITOMO CHEMICAL COMPANY, LTD. 2 PXN 2000 type and 4000 type were developed to meet the request of customers and have higher viscosity than that of PXN 0000 type. PXNH has a lower viscosity than that of PXN 0000 type. The average polymerization degree and gelation tempera ture of this grade are different from those of PXN 0000 type. On the other hand, PXNL corresponds to Marvinol VR-53 which has a low .gelation temperature. . For your information, we would like to advise you that we have technology to modify polymerization degree, gelation temperature and viscosity according to customer requirement. '' We hope these samples will be some value to you. Very truly yours, SUMITOMO CHEMICAL CO., LTD TT: YK Section Manager Foreign Department COLORITE 007194 Comparison of property o C0 A CO o COLORITE 0 0 7 1 9 5 Average poly mer ization d egr e e Volatile matter (wt%) PXN 0000 type 1,300 PXN 2000 type PXN 4000 type PXNl 1,300 1,300 900 M rt M PXKTI 1,700 tl Stauffer SCC-20 1,300 ft Maruinol VR-53 1,000 tl Bulk d ensity (gr/ml) 777--------------1 Viscosity (cp) Gelation j Initial temperature O roo CO Oo O 0.22 4,000 0.22 4,500 8o 0.22 0*. 22 5,500 5,500 65 0.22 3,000 90 4,000 8 0.30 10,000. < 61 SUM ITO M O C H E M IC A L CO M PANY, LTD. COLOR!TE 007196 Analysis value of Sumitomo paste resin Grade PXN 0000 type Lot No. 1 Average polymerization degree Volatile matt er (wtji) P0-2110 1,340 0.21 Bulk el en si ty (gr/ml) Viscosity (cp) Initial Af ter one dav 0.25 3,800 4,300 Amount of sample sent Air Sea mail mail t0o ?r fa kg 5 PXN 2000 type P2-2024 1,3 4 0 0.19 0.18 4,100 4,500 5 20 PXN 4000 type P4-2231 1,320 0.20 0.21 5,500 . 6,300 5 20 PXNL PL-2031 900 0.22 o'. 23 4,900 - 5,300 5 20 PXNH PH-2060 1,710 0.28 0.20 3,000 3,300 5 20 SUMITOMO PLASTISOL RSSfMS Ro s t n PXN pxn PXR PaNL PXNH Type 0C0O 2000 7COO Lot No. P9-2I10 P2-2024 pd-22/1 PL-2081 PH-20CC orooi 1' i e Id1 Vise Vie La Poi se, day s Dynes./cm. a u1( 0 1 days 7 44 42 35 6. 4 7.3 i5. t 4l jli i n 10. c 7. l 9.3 0-4 39 f 7 1-3 c 13.7 16. 4 77 33 03 7.8 .11.4 12.1 58 47 46 2.1 11.4 Severs1 Vise . , Pei 1 s e Dhear Rote, Sec. 1 9J4 1210 2 2 1590 95 120C 75 no 1513 1.04 0 H cierjan, K3 8 .3 5.5 6.5 8 Heat Re 1. Clarity Stab.2 V i s c . good 4C 2. -4 4 fair 40 2.49 grainy 4 0 2.44 fair 40 2.05 fair 10 2.67 Me thrnol Lxt., % 1.08 1.51 1.73 1.73 3.40 Moan Paru. Siz n ie rons 2.6 3.8 2.6 3.5 4.5 1755 SCC-20 DS -322 "T 63 n 4l 44 33 79 48 32 1 . !1 4.3 5.7 t . 'O d3 3.7 i l. 4 3.6 8.5 115 115 569 eo 555 310 8 5 8 good poor fa i r 2.55 4o 2.46 30 2.50 0. 79 1.62 3.0 3.5 3.2 Other t es ts: Plate-Out: none plated out wit h 3 parts V- 1515. Deaeration: All exc eot DG-322 were v<;try poor >60C ^ increase ). Contamination: All samples free of contamination. COLORITE 007197 1Formula: Resin - 100, DOP - oO. 2 3 pfr V-1515, minutes to color :hang=.