巴斯夫的清洁剂资料Nonionic surfactantsLutensol?A 4 N C12C14-Fatty alcohol+ 4 EO ca. 62/ELutensol?A 7 N+7 EO ca. 56/A Lutensol?A 79 N+7 EO90 %,ca. 56/A Lutensol?A 8+8 EO90 %,ca. 52/ALutensol?AT 11C16C18-Fatty alcohol+11 EO ca. 87/ALutensol?AT 18+18 EO ca. 92/B Lutensol?AT 18 Solution+18 EO20 %,ca. 92/B Lutensol?AT 25 Powder+25 EO ca. 95/B Lutensol?AT 25 E+25 EO ca. 95/B Lutensol?AT 25 Flakes+25 EO ca. 95/B Lutensol?AT 50 Powder+50 EO ca. 92/B Lutensol?AT 50 Flakes+50 EO ca. 92/B Lutensol?AT 80 Powder+80 EO ca. 87/B Lutensol?AT 80 E+80 EO ca. 87/B Lutensol?AT 80 Flakes+80 EO ca. 87/BLutensol?AO 3C13C15-Oxo alcohol+ 3 EO ca. 45/ELutensol?AO 4+ 4 EO ca. 57/E Lutensol?AO 5+ 5 EO ca. 62/E Lutensol?AO 7+7 EO ca. 43/A Lutensol?AO 79+7 EO90 %,ca. 43/A Lutensol?AO 8+8 EO ca. 52/A Lutensol?AO 89+8 EO90 %,ca. 52/A Lutensol?AO 109+10 EO90 %,ca. 80/A Lutensol? AO 11+11 EO ca. 86/A Lutensol?AO 30+30 EO ca. 91/B Lutensol?AO 3109+3/+10EO 90 %,ca. 73/ELutensol?TO 2C13-Oxo alcohol+ 2 EO ca. 37/DLutensol?TO 3+ 3 EO ca. 40/E Lutensol?TO 5+ 5 EO ca. 62/E Lutensol?TO 6+ 6 EO ca. 67/E Lutensol?TO 65+6,5 EO ca. 68/D Lutensol?TO 7+7 EO ca. 70/E Lutensol?TO 79+7 EO90 %,ca. 70/E Lutensol?TO 8+8 EO ca. 60/A Lutensol?TO 89+8 EO90 %,ca. 60/A Lutensol?TO 10+10 EO ca. 70/A Lutensol?TO 109+10 EO85 %,ca. 70/A Lutensol?TO 11+11 EO ca. 70/B Lutensol?TO 12+12 EO ca. 75/B Lutensol?TO 129+12 EO85 %,ca. 75/B Lutensol?TO 15+15 EO ca. 80/B Lutensol?TO20+20 EO ca. 86/B Lutensol?TO 389+3 /+8EO90 %,ca. 70/E Unless otherwise indicated, the product concentration is 100% Cloud point in °C according to EN 1890Method A: 1 g of surfactant + 100 g of dist. WaterMethod B: 1 g of surfactant + 100 g of NaCl solution (c = 50 g/l) Method C: 1 g of surfactant + 100 g of NaCl solution (c = 100 g/l) Method D: 5 g of surfactant + 45 g of butyldiglycol solution(c = 250 g/l)Method E: 5 g of surfactant + 25 g of butyldiglycol solution(c = 250 g/l)Lutensol?XP 30C10-Guerbet alcohol+ 3 EO ca. 31/ELutensol?XP 40+ 4 EO ca. 44/E Lutensol?XP 50+ 5 EO ca. 56/E Lutensol?XP 60+ 6 EO ca. 62/E Lutensol?XP 69+ 6 EO85 %,ca. 62/E Lutensol?XP 70+7 EO ca. 68/E Lutensol?XP 79+7 EO85 %,ca. 68/E Lutensol?XP 80+8 EO ca. 56/A Lutensol? XP 89+8 EO85 %,ca. 56/A Lutensol?XP 90+9 EO ca. 69/A Lutensol?XP 99+9 EO85 %,ca. 69/A Lutensol?XP 100+10 EO ca. 80/A Lutensol?XP 140+14 EO ca. 78/BLutensol?XL 40C10-Guerbet alcohol+ 4 EO ca. 43/ELutensol?XL 50alkoxylate+ 5 EO ca. 58/E Lutensol?XL 60+ 6 EO ca. 65/E Lutensol?XL 70+7 EO ca. 68/E Lutensol?XL 79+7 EO85 %,ca. 68/E Lutensol?XL 80+8 EO ca. 56/A Lutensol?XL 89+8 EO85 %,ca. 56/A Lutensol?XL 90+9 EO ca. 69/A Lutensol?XL 99+9 EO ca. 69/A Lutensol?XL 100+10 EO ca. 80/A Lutensol?XL 140+14 EO ca. 78/BLutensol?ON 30C10-Oxo alcohol+ 3 EO ca. 53/ELutensol?ON 50+ 5 EO ca. 67/E Lutensol?ON 60+ 6 EO ca. 36/A Lutensol?ON 66+6,5 EO ca. 53/A Lutensol?ON 70+7 EO ca. 60/A Lutensol?ON 80+8 EO ca. 80/A Lutensol?ON 110+11 EO ca. 78/B Lutensol?AP 6Alkylphenol+ 6 EO ca. 61/E Lutensol?AP 7+7 EO ca. 62/E Lutensol?AP 8+8 EO ca. 34/A Lutensol?AP 9+9 EO ca. 51/A Lutensol?AP 10+10 EO ca. 60/A Lutensol?AP 14+14 EO ca. 76/B Lutensol?AP 20+20 EO ca. 85/B Lutensol?FA 12Oleyl amine+12 EO ca. 86/B Lutensol?FA 12 K Coco amine+12 EO ca. 92/B Lutensol?FA 15 T Tallow amine+15 EO ca. 97/B Lutensol?FSA 10Oleic acid amine+10 EO ca. 85/E Lutensol?GD 70Alkyl polyglucoside70 %,>100/BLow-foaming nonionic surfactantsPlurafac?LF 120Fatty alcohol alkoxylate ca. 28/A Plurafac?LF 22095 %,ca. 42/A Plurafac?LF 22195 %,ca. 33/A Plurafac?LF 22398 %,ca. 33/E Plurafac?LF 224ca. 27/E Plurafac?LF 226ca. 28/A Plurafac?LF 300ca. 22/A Plurafac?LF 301ca. 32/E Plurafac?LF 303ca. 29/E Plurafac?LF 305ca. 38/E Plurafac?LF 400ca. 33/A Plurafac?LF 401ca. 74/A Plurafac?LF 403ca.41/E Plurafac?LF 404ca. 45/E Plurafac?LF 40595 %,ca. 55/E Plurafac?LF 500ca. 32/E Plurafac?LF 600ca. 55/A Plurafac? LF 711ca. 45/E Plurafac?LF 1300ca. 21/E Plurafac?LF 1430Amine alkoxylate ca. 35/A Plurafac?SLF-18B4590 % Fatty alcohol alkoxylate 90 %,ca. 21/E Plurafac?LF 131Fatty alcohol alkoxylate, end-capped ca. 35/E Plurafac?LF 132ca. 30/E Plurafac?LF 231ca. 28/E Plurafac?LF 431ca. 39/E Pluronic?PE 3100PO–EO-block polymer10 % EO ca. 41/E Pluronic?PE 350050 % EO ca. 68/A Pluronic?PE 430030 % EO ca. 61/E Pluronic?PE 610010 % EO ca. 23/A Pluronic?PE 612012 % EO ca. 41/E Pluronic?PE 620020 % EO ca. 33/A Pluronic?PE 640040 % EO ca. 60/A Pluronic?PE 680080 % EO ca. 88/B Pluronic?PE 740040 % EO ca. 60/A Pluronic?PE 810010 % EO ca. 36/E Pluronic?PE 920020 % EO ca. 49/E Pluronic?PE 940040 % EO ca. 80/E Pluronic?PE 1010010 % EO ca. 35/E Pluronic?PE 1030030 % EO ca. 71/E Pluronic?PE 1040040 % EO ca. 81/A Pluronic?PE 1050050 % EO ca. 75/B Pluronic?PE 10500 Solution50 % EO,18 %,ca. 75/B Pluronic?RPE 1720EO-PO-block polymer20 % EO ca. 37/E Pluronic?RPE 174040 % EO ca. 51/E Pluronic?RPE 203535 % EO ca. 41/E Pluronic?RPE 252020 % EO ca. 31/E Pluronic?RPE 252525 % EO ca. 38/E Pluronic?RPE 311010 % EO ca. 25/E Tetronic? RED 9040Ethylene diamineEO- PO- block polymer40 % EO ca. 48/A AminopolyolQuadrol?L Ethylene diamine + 4 POPolyalkylene glykolsPluriol?A 010 R Allyl alcohol ethoxylatePluriol?A 11 RE Allyl alcohol alkoxylatePluriol?A 13 RPluriol?A 22 RPluriol?A 23 RPluriol?A 308 R Butyne-1,4-diol ethoxylatePluriol?A 350 E Methylpolyethylene glycol M 350 Pluriol?A 500 E M 500 Pluriol?A 750 E1)M 750 Pluriol?A 760 E M 750 Pluriol?A 1000 E M 1000 Pluriol?A 1020 E1)M 1000 Pluriol?A 2000 E M 2000 Pluriol?A 3010 E1)M 3000 Pluriol?A 5010E1)M 5000 Pluriol?A 1000 PE Alkyl polyalkylene glykol M 1000 Pluriol?A 1320 PE1)M 1400 Pluriol?A 2000 PE M 2000 Pluriol?A 2020 PE1)M 2000 Pluriol?A 1350 P Alkyl polypropylene glykol M 1350 Pluriol?A 2000 P M 2000 Pluriol?A 3 TE Modified polyglycol ether M 275 Pluriol?A 15 TE M 800 Pluriol?A 15 TERC M 800 Pluriol?A 18 TERC M 900 1)non filtrated Pluriol?E 200Polyethylene glycol M 200 Pluriol?E 2052)M 200 Pluriol?E 300M 300 Pluriol?E 3052)M 300 Pluriol?E 400M 400 Pluriol?E 4052)M 400 Pluriol?E 600M 600 Pluriol?E 6052)M 600 Pluriol?E 1000M 1000 Pluriol?E 1500 E M 1500 Pluriol?E 1500 Powder M 1500 Pluriol?E 1500 Flakes M 1500 Pluriol?E 1505 Flakes2)M 1500 Pluriol?E 3400 E M 3400 Pluriol?E 3400 Powder M 3400 Pluriol?E 3400 Flakes M 3400 Pluriol?E 3405 E2)M 3400 Pluriol?E 3405 Flakes2)M 3400 Pluriol?E 4000 E M 4000 Pluriol?E 4000 Powder M 4000 Pluriol?E 4000 Flakes M 4000 Pluriol?E 4005 E2)M 4000 Pluriol?E 4005 Flakes2)M 4000 Pluriol?E 6000 E M 6000 Pluriol?E 6000 Powder M 6000 Pluriol?E 6000 Flakes M 6000 Pluriol?E 6005 E2)M 6000 Pluriol?E 6005 Flakes2)M 6000 Pluriol?E 8000 E M 8000 Pluriol?E 8000 Flakes M 8000Pluriol?E 8005 E2)M 8000 Pluriol?E 8005 Flakes2)M 8000 Pluriol?E 9000 Powder M 9000 Pluriol?E 9000 Fine Powder M 9000 Pluriol?E 9000 Flakes M 9000 Pluriol?P 400Polypropylene glycol M 430 Pluriol?P 600M 600 Pluriol?P 900M 900 Pluriol?P 2000M 2000 Pluriol?P 4000M 4000 2)Care - QualityReactive SolventsPluriol?BP 30 E Bisphenol A+ 3 EOPluriol?BP 40 E+ 4 EOPluriol?BP 60 E+ 6 EOPluriol?BP 100 E+ 10 EOEmulsifiersEmulan?A Oleic acid ethoxylate ca. 52/E Emulan?AF Fatty alcohol ethoxylate ca. 65/E Emulan?AT 9ca. 68/A Emulan?EL Castor oil ethoxylate97 %,ca. 71/B Emulan?EL 40ca. 72/E Emulan?ELH 6090 %,ca. 85/B Emulan?EL 200 Powder> 100/A Emulan?ELP ca. 51/E Emulan?LVA Oxo alcohol ethoxylate85 %,ca. 56/A Emulan?NP 3070Alkylphenol ethoxylate70 %,ca. 90/B Emulan?OC Fatty alcohol ethoxylate ca. 90/B Emulan?OC Solution30 %,ca. 90/B Emulan?OG ca. 92/B Emulan?OK5ca. 62/E Emulan?OP 25Alkylphenol ethoxylate ca. 88/B Emulan?OU Fatty alcohol ethoxylate ca. 90/B Emulan?P ca. 52/EEmulan?PO Alkylphenol ethoxylate ca. 46/EEmulan?TO 2080C13-Oxo alcohol ethoxylate80 %,ca. 93/BEmulan?TO 307070 %,ca. 91/B Emulan?TO 407070 %,ca. 91/B Emulan?XCA 23Polyisobutene derivative70 % Emulphor? OPS 25Alkylphenol ether sulfate, sodium salt34 % Emulphor?NPS 2531 % Emulphor?FAS 30Fatty alcohol ether sulfate, sodium salt30 % SolubilizerEmulan?HE 50Alcohol ethoxylate ca. 72/B Emulan?EL S104Fatty alcohol alkoxylate ca. 56/E Ionic surfactants Lutensit?A-BO Dioctylsulphosuccinate, sodium salt60 % Lutensit?A-EP Acid phosphoric esterLutensit?A-ES Alkylphenol ether sulphate, 40 %sodium saltLutensit?A-FK Fatty acid condensation product,sodium salt55 % Lutensit?A-LBA Dodecylbenzenesulphonate, amine salt55 % Lutensit?A-LBS Dodecylbenzenesulphonic acid98 % Lutensit?A-PS Alkylsulphonate, sodium salt60 %Lutensit?AN 10Anionic/nonionic surfactant combinationbased on an alkylphenol ethoxylateLutensit?AN 30Anionic/nonionic surfactant combinationbased on a fatty alcohol ethoxylateLutensit?AN 40Mixture of nonionic surfactants andalkylcarboxylic acids70 % Lutensit?AN 45Mixture of nonionic surfactants andalkylcarboxylic acids80 % Lutensit?AN 50Anionic/nonionic surfactant combinationbased on a fatty alcohol ethoxylateNekal?BX Dry Alkylnaphthalenesulfonate, sodium salt68 %Nekal?BX Dry Paste60 %Nekal?BX Conc. Paste 40 %34 %Nekal?BX 30%22 %Nekal?BX Conc. Paste60 %Nekal?SBC Alkylnaphthalenesulphonic acid72 %Foam suppressorsDegressal?SD 20Fatty alcohol alkoxylateDegressal?SD 21Degressal?SD 22Degressal?SD 23Alkohol alkoxylateDegressal?SD 30Carbonylic esterDegressal?SD 40Phosphoric esterDispersing agentsPolycarboxylateSokalan?CP 5Maleic acid/Acrylic acid copolymer,sodium salt M 70 00040 % Sokalan?CP 5 Granules M 70 00092 % Sokalan?CP 5 Powder G M 70 00092 % Sokalan?CP 453)M 70 00045 % Sokalan?CP 45 Granules3)M 70 00092 % Sokalan?CP 7M 50 00040 % Sokalan?CP 7 Granules NL M 50 00092 % Sokalan?CP 9Maleic acid/olefin copolymer,sodium salt M 12 00025 % Sokalan?CP 9 Granules87 % Sokalan?CP 10Modified Polyacrylic acid,sodium salt M 4 00045 % Sokalan?CP 10 S Modified Polyacrylic acid M 4 00050 % Sokalan?CP 12 S M 3 00050 % Sokalan?CP 13 S M 20 00025 % Sokalan?PA 15Polyacrylic acid, M 1 20045 %sodium saltSokalan?PA 15 CL M 1 20045 % Sokalan?PA 20M 2 50045 % Sokalan?PA 20 PN3)M 2 50054 % Sokalan?PA 25 CL M 4 00045 % Sokalan?PA 25 CL Granules M 4 00092 % Sokalan?PA 25 CL PN3)M 4 00049 % Sokalan?PA 30M 8 00045 % Sokalan?PA 30 CL M 8 00045 % Sokalan?PA 30 CL Granules M 8 00092 % Sokalan?PA 30 CL PN48 % Sokalan?PA 30 CL PN Granules93 %please turn overSokalan?PA 40M 15 00035 % Sokalan?PA 40 Powder M 15 00092 % Sokalan?PA 70 PN3)M 70 00030 % Sokalan?PA 80 S Polyacrylic acid M 100 00035 % Sokalan?PA 110 S M 250 00035 % Special polymersSokalan?HP 22 G Nonionic copolymer M 24 00020 % Sokalan?HP 25Modified polycarboxylate M 3 00045 % Sokalan?HP 165Polyvinylpyrrolidone M 9 00030 % Sokalan?HP 50M 40 00095 % Sokalan?HP 53M 40 00030 % Sokalan?HP 53 K M 40 00030 % Sokalan?HP 56Vinylpyrrolidon/Vinylimidazolcopolymer M 70 00030 % Sokalan?HP 56 Granules M 70 00095 % Sokalan?HP 59Polyvinylpyrrolidon M 500 00045 % Sokalan?HP 60M 1 000 00020 % Sokalan?HP 66Vinylpyrrolidon/VinylimidazolCopolymer modified41 % Sokalan?AF PolyetherSokalan?DCS Mixture of dicarboxylic acidsSokalan?PM 10 I Maleic acid copolymer, M 4 00044 %sodium saltSokalan?PM 15 I Modified polycarboxylate, 40 %sodium saltSokalan?PM 70M 4 00040 % Sokalan?SR 100Esterified polyether3)= partly neutralizedSulphonic acid condensation product/Sulfonates Tamol?NH 7519Naphthaline sulphonic acid condensation 95 % Tamol? NN 2406product, sodium salt21 % Tamol?NN 290131 % Tamol?NN 450145 % Tamol?NN 771895 % Tamol?NN 890695 % Tamol?NN 910495 % Tamol?NN 940195 % Tamol?PP Phenol sulphonic acid condensation,95 % Tamol?DN product, sodium salt95 % PolyethyleneiminesLupasol?FG Polyethylenimine M 80099 % Lupasol?FC M 80050 % Lupasol?G 20 waterfree M 1 30099 % Lupasol?G 20M 1 30050 % Lupasol?PR 8515M 2 00099 % Lupasol?G 35M 2 00050 % Lupasol?G 100M 5 00050 % Lupasol?WF M 25 00099 % Lupasol?HF M 25 00056 % Lupasol?G 500M 25 00040 % Lupasol?P M 750 00050 % Lupasol?PS M 750 00033 % Lupasol?PO 100M 5 00050 % Lupasol?HEO 1M 13 00080 % Lupasol?PN 50M 1 000 00050 % Lupasol?SK M 2 000 00024 %Chelating agentsTrilon?AS Nitrilotriacetic acid (NTA)99 %Trilon?A 92 R Trisodium salt of NTA92 %Trilon?A liquid40 %Trilon?BS Ethylenediaminetetraacetic acid (EDTA)99 %Trilon?B-A-T liquid Triammonium salt of EDTA50 %Trilon?B Powder Tetrasodium salt of EDTA87 %Trilon?BX Powder83 %Trilon?B liquid40 %Trilon?BX liquid40 %Trilon?BD Disodium salt of EDTA89 %Trilon?BVT Chelating agent with highspecification for iron (III)21 %Trilon?C liquid Pentasodium salt ofDiethylenetriaminepentaacetic acid (DTP)40 %Trilon?C liquid 50%50 %Trilon?D liquid Trisodium salt of Hydroxyethyl-ethylenediaminetriacetic acid (HEDTA)40 %Trilon?M liquid Trisodium salt of Methylglycinediacetic 40 %acid (MGDA)Trilon?M Powder83 %Trilon?M Granules73 %Trilon?P Liquiol Modified anionic Polyamine40 % Biocide% Protectol?BN2-Bromo-2-nitropropane-1,3-diol 99(Bronopol)Protectol?BN 3030 % Protectol?BN 1818 % Protectol?GA 50Glutaraldehyde50 % Protectol?GA 2424 % Protectol?PE Phenoxyethanol99 % Protectol?PE S99 % Protectol?PP Phenoxypropanol99 % Protectol?GL Glyoxal40 % Protectol?HT Hexahydrotriazine derivate76 % Protectol?TD Tetramethylolacetylene diurea47 % Protectol?DF Dimethoxytetrahydrofurane99 % Protectol?DZ Thiadiazin derivate99 % Protectol?DZ P99 % Protectol?DA2,4-Dichlorbenzyl alkohol98 % Protectol?DA S98 % Corrosion inhibitorsKorantin?BH solid2-Butine-1,4-diol> 98 % Korantin?BH 50> 50 % Korantin?LUB Acid phosphoric ester of a polyether Korantin?MAT Alkanolamine salt of a nitrogenious, organic acidKorantin?PAT80 % Korantin?PM Propargylalcohol alkoxylate99,5 % Korantin?PP67 % Korantin?SMK Phosphoric monoesterWaxesPolyethylene waxesLuwax?A Ethylene homopolymer waxes withLuwax?AH 3different densities and molar massesLuwax?AH 6Luwax?AL 3Luwax?AL 61Luwax?AM 3Luwax?AM 6Luwax?AF 29Micronized polyethylene waxes withLuwax?AF 30different particle size distributionLuwax?AF 31Luwax?AF 32Luwax?PE 10 MLuwax?OA Oxidized polyethylene waxes, emulsifiableLuwax?OA 2Luwax?OA 3Luwax?OA 5Luwax?ES 9696Luwax?ES 9698Luwax?EVA 1Copolymer polyethylene waxesLuwax?EVA 3Luwax?EAS 3Luwax?EAS 4Luwax?EAS 5Polyether waxLuwax?V Polyvinyl ether waxMontanwaxesLuwax?S Montanic acid waxesLuwax?LSLuwax?E Montanic ester waxesLuwax?LGLuwax?LGE Montanic ester waxes, contains emulsifierLuwax?OP Partially saponified montanic ester waxWax emulsionsPoligen?WE 1Polyethylene wax emulsions35 % Poligen?WE 325 % Poligen?WE 421 % Poligen?WE 635 % Poligen?WE 739 % Poligen?WE 8 BW35 % Poligen?ES 9100235 % Poligen?ES 9100540 % Poligen?ES 9100920 %Specialty chemicals for the electroplatingand electronics industriesEspecially for formulators of the electroplating and printed circuit board industry the following products are offered: Golpanol?ALS Allyl sulfonate25 % Golpanol?ALS 3535 % Golpanol?ATPN Carboxyethylisothiuronium betaine> 98 % Golpanol?BEO Butyne diol ethoxylateGolpanol?BMP Butyne diol propoxylateGolpanol?BOZ Crystals Butyne diol> 98 % Golpanol?DEP Diethylaminopropyne97,5 % Golpanol?HD Hexyne diol80 % Golpanol?MPA Dimethylpropinylamine89 % Golpanol?PA Propargyl alcohol99,3 % Golpanol?PAP Propargyl alcohol propoxylate67 % Golpanol?PME Propargyl alcohol ethoxylateGolpanol?PS Propyne sulphonate20 % Golpanol?VS Vinyl sulphonate25,5 % Lugalvan?ANA Anisaldehyde> 98,5 %Lugalvan?BNO 12?-Naphtol ethoxylate99 % Lugalvan?BNO 2475 % Lugalvan?BPC 48Benzylpyridinium carboxylate48 % Lugalvan?DC Aqueous dispersion of an ethylene copolymer21 % Lugalvan?EH 158Ethylhexanol ethoxylate80 % Lugalvan?G 15000Polyethyleneimine50 % Lugalvan?G 2050 % Lugalvan?G 3550 % Lugalvan?HS 1000Thiodiglykol ethoxylate> 98 % Lugalvan?IMZ Imidazole> 99,5 % Lugalvan?IZE Reaction product of imidazole45 %and epichlorohydrineLugalvan?NES Sodium salt of a sulphonatedalkylphenol ethoxylate40 % Basotronic?PVI Polyvinylimidazole, quarternized44 % Basotronic?PYR Pyrrole (electronic grade)> 99,9 % Lutron?HF 1Modified polyglykol etherLutron?HF 3Lutron?HF 8Mixture of varous alkoxylates, stabilizedLutron?KS 1Modified PolyglykoletherLutron?WF 20 DLutron?WF 21Lutron?WF 21 D Modified Polyglykolether, stabilizedLutropur?FEG 28Formaldehyde (electronic grade)28 % Lutropur?MSA Methanesulfonic acid (electronic grade)70 % Lutropur?Q 75Ethylendiamine + 4 PO75 % Lutropur?Q Ethylendiamine + 4 PO。
