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Abstract

Waste is produced during the manufacture of leather: Waste such as cuttings, leather dust and shavings. The amount of this waste may be around 3% of the weight of the leather produced. To reduce or correct the thickness of leather, the material is usually shaved with knife rolls, normally after the chrome tannage (see Fig. 1–8, step 11). These shavings can be treated with a latex and possibly further tanning agents on a paper-making machine to produce leather board. Leather board is a material which can be used as a lining material in shoes or trunks or for bookbinding. Leather board is called Lederfasermaterial or Lefa in German and cuir reconstitué in French.

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References

  1. DOS 1 802129 (I Lorant, L Radnoti; HU Prior. 27.10.67; 9.10.68/29.5.69)

    Google Scholar 

  2. FR 1 494 094 (F Andrieu; 14.3.66/3.9.67)

    Google Scholar 

  3. Stather F (1959) Leder und Kunstleder. Berlin, pp 114–122; Herfeld H (1950) Die Qualität von Leder, Lederaustauschwerkstoffen und Lederbehandlungsmitteln. Berlin, pp 23–28, 162–167

    Google Scholar 

  4. Zemlicka P (1960) Untersuchungsergebnisse bei der Faserledertrocknung. Kozawstvi 10:72; C. 1961, 16.3.44

    Google Scholar 

  5. GB 930 928 (G Bertolaia; IT Prior. 27.1.61; 30.8.61/10.7.63)

    Google Scholar 

  6. JA 5193/64 (Teikoku Kasai Kogyo Co. Ltd.; 10.2.61/21.4.64)

    Google Scholar 

  7. RA 169 055 (RE Reizin et al.; 26.11.62/N0v. 65)

    Google Scholar 

  8. RA 152 937 (AE Rishin et al.; 27.4.62/March 63)

    Google Scholar 

  9. JA 5 258/67 (R Kimura; 20.12.63/3.3.67)

    Google Scholar 

  10. FR 1567 432 (Collagen Corp.; 13.5.68/16.5.69)=JA 838 331

    Google Scholar 

  11. DDR 58 822 [A Fredl et al.; (WTZ Techn. Text.); 6.2.67/20.11.67]

    Google Scholar 

  12. GB 1105 317 (Bonded Faber Fabric Ltd.; AES Fairfull; 28.5.65/6.3.68)

    Google Scholar 

  13. FR 2 077 236 (Ind. Fibre e Cartoni Speciale; IT Prior. 20.1.70; 20.1.71/22.10.71)

    Google Scholar 

  14. JA 50 039 364 (Mitsubishi Petroch. KK; 13.8.73/11.4.75)

    Google Scholar 

  15. US 3 236 923 (US Secr, of the Army; EF Degering; 8.11.62/22.2.66; div. from 8.11.62)

    Google Scholar 

  16. JA 16 378/63 (H Tatsuyama et al.; 3.4.63/15.12.69)

    Google Scholar 

  17. FR 2 482 144 [Tray Textiles Inc.; Kohoku Chem. Ind. Co. Ltd.; I Nakajima et al.; 7.5.81/13.11.81; JA Prior. 7.5.80 (59 533)]

    Google Scholar 

  18. DDR 298 298 (Forschungsinstitut Leder & Kunstleder, Lederfaserwerk Siebenlehn, Schuh Design; A Berger, U Beyer, T Feigel, C Menzel, G Reich, R Steinhardt, S Wuensch; 9.5.88/ 13.2.92)=DDR 88–315 515

    Google Scholar 

  19. DDR 298 297 (Forschungsinstitut Leder & Kunstleder, Lederfaserwerk Siebenlehn, Schuh Design; A Berger, U Beyer, T Feigel, C Menzel, G Reich, R Steinhardt, S Wuensch; 9.5.88/ 13.2.92)=DDR 88–315 516

    Google Scholar 

  20. DDR 298 669 (Forschungsinstitut Leder & Kunstleder, Lederfaserwerk Siebenlehn; A Berger, U Beyer, T Feigel, G Griessbach, C Menzel, G Reich, R Steinhardt, S Wuensch; 9.5.88/5.3.92) =DDR 88–315 517

    Google Scholar 

  21. Sykes G (1997) Leatherboard manufacture. Leather World, April, pp 83–87

    Google Scholar 

20.1 Regenerated Collagen

  1. See also: 8.2 [34–36, 63, 88], 8.6 [25], 15 [29], 22 [48]

    Google Scholar 

  2. FR 1 270 918 (United Shoe Mach. Corp.; FC Merriam, RA Whitmore; US Prior. 14.10.59; 14.10.60/24.7.61)

    Google Scholar 

  3. GB 960 830 (United Shoe Mach. Corp; US Prior. 23.11.60; 21.11.61/17.6.64)

    Google Scholar 

  4. RA 181 232 (MP Kotov; 26.10.64; published in Dec. 66)

    Google Scholar 

  5. JA 8 559/67 (H Sato; 20.2.64/15.4.67)

    Google Scholar 

  6. OS 1 470 977 (United Shoe Mach. Corp.; Shu Thung-Tu, RA Whitmore; US Prior. 3.5.60 and 27.3.61; 27.4.6 1/30.1.69)=FR 1 294 967=GB 979 310=US 3 071483 and US 3 122 599

    Google Scholar 

  7. OS 1 494 740 (Fuji Spinning Co. Ltd.; H Sato, H Okamura; JA 30.4.64; 29.4.65/11.12.69) =JA 18 956/66

    Google Scholar 

  8. US 2 934 446 (USM Corp.; JH Highberger, RA Whitmore; 21.12.55/26.4.60)

    Google Scholar 

  9. US 3 542 910 (Collagen Corp.; M Barash, BS Anthony; 25.11.66/24.11.70)

    Google Scholar 

  10. US 3 619 275 (Collagen Corp.; M Barash, SA Benedict; 13.8.69/9.11.71; div. ex US 3 542 910 25.11.66)

    Google Scholar 

  11. FR 1 531 215 (Nihon Leather Kogyo KK; H Sato; JA Prior. 25.11.66; 17.7.67/28.6.68)= JA 77 216/1966

    Google Scholar 

  12. JA 16 265/70 (S Hisao; 24.8.67/5.6.70)

    Google Scholar 

  13. GB 1147 657 (SVIT; L Bogdanovicz et al.; CZ Prior. 13.11.65; 1.n.66/2.4.69)=FR 1 506 366

    Google Scholar 

  14. FR 1 079 705 (ICI Ltd.; OB Edgar, HG White; GB Prior. 30.5.49; io.5.5o/2.i2.54)=GB 671 398

    Google Scholar 

  15. FR 2 188 610 (Lincrusta; 2.6.72/18.1.74)

    Google Scholar 

  16. OS 1 470 891 (USM Corp.; Shu Tung-Tu; US Prior. 31.1.62; 20.12.62/7.8.69)=BE 627 838= FR 1 348 716 =GB 1 024 769=OE 256 321=SZ 412 325

    Google Scholar 

  17. FR 1348 716 (USM Corp.; Shu Tung-Tu; US Prior. 14.7.64; 13.7.65/28.4.67)=US 3 223 551=BE 643 345 =NE 6 400 603

    Google Scholar 

  18. JA 73 3 899 (Honey Chem. Co. Ltd.; 6.9.68/3.2.73)

    Google Scholar 

  19. JA 9 062/65 (Japan Leather Co. Ltd.; 11.5.62/11.5.65)

    Google Scholar 

  20. Küntzel A, Leberfinger R (1965) Über die Herstellung einer künstlichen Haut aus löslichem Kollagen. Das Leder 16(5)197

    Google Scholar 

  21. JA 73–37145 (Honey Chem. Co. Ltd.; 4.8.69/9.11.73)

    Google Scholar 

  22. GB 1 051160 (USM Corp.; Shu Tung-Tu; US Prior. 25.9.61; 25.2.64/14.12.66)=US 3 136 682

    Google Scholar 

  23. DAS 1 254 817 (Nihon Hikaku KK; M Taniguchi; JA Prior. i2.n.63)=JA 60 768/63; 20.2.64/ 23.11.67)=FR 1392 729=GB 1 018 911

    Google Scholar 

  24. Okamura H, . Ota H (1969) Der Einfluß von Kollagenfasern als Bindemittel auf die mechanischen Eigenschaften von Vliesen auf Basis von chromgegerbten Kollagenfasern. Hikaku Kagaku 15:14; (1970) JALCA 65:145

    Google Scholar 

  25. OS 1945 244 (C.T.C.; GJ Pichon et al.; FR Prior. 27.11.68; 6.9.69/11.6.70)

    Google Scholar 

  26. FR 2 009 877 (Nichiko Co. Ltd.; S Kawamuro et al.; JA Prior. 13.5.68)=JA 32 047/68; 30.4.69/2.70=NE 6 907 086

    Google Scholar 

  27. BE 735 583 (SVUK; M Krems, V Hrabovsky; CZ Prior. 16.8.68; 3.7.69)=CZ 5 939/68

    Google Scholar 

  28. JA 16 262/70 (Fuji Spinning Co. Ltd.; 20.9.67/5.6.70)

    Google Scholar 

  29. JA 16 266/70 (H Sato; 20.9.67/5.6.70)

    Google Scholar 

  30. JA 15 824/70 (H. Sato; 15.7.67/2.6.70)

    Google Scholar 

  31. GB 1196 308 (USM Corp.; US Prior. 2.8.66; 1.8.67/24–6.;7o)=US 3 483 016

    Google Scholar 

  32. OS 1936 957 (H Schaller, G Schaller; 21.7.69/4.1.71)

    Google Scholar 

  33. JA 060 49 414 (Kyoeisha Kagaku KK; 31.7.92/22.2.94)

    Google Scholar 

  34. Johnston KP (1996) Science 271:624

    Google Scholar 

  35. Hebestreit G (1996) Textiltechnisch verarbeitbare Kollagenfasern aus Chromlederspaltabfällen. Das Leder 122

    Google Scholar 

  36. JA 50 65 457 (Maruhatchi Muramatsu KK; Nitta Gelatine KK; 1.3.91/19.3.93)

    Google Scholar 

  37. JA 50 97 900 (Otsuga Kagaku Yakuhin KK; 28.6.91/20.4.93)

    Google Scholar 

  38. JA 84–157383 (Asahi; 23.2.83/6.9.84)=JA 83–027651

    Google Scholar 

  39. DOS 2 705 669 (Chemiaro; 1.9.77)

    Google Scholar 

  40. JA 92 40 123 (Kako Seisakusho KK; 11.3.96/16.9.97)

    Google Scholar 

  41. US 3 651210 (Ashland Oil Inc.; TH Shepler, DS Lord; 15.5.70/21.3.72)

    Google Scholar 

20.2 Coating of Leather

  1. See also: 11.1 [18, 19, 62], 15 [16], 17 [3]

    Google Scholar 

  2. Some publications dealing with split coating: Krum HF (1971) Veredlung von Spaltledern mit PVC- und PUR Folien. Das Leder 22:97; Herfeld H, Steinlein I (1972) Veredlung von Spaltledern durch Folienkaschierung. Das Leder 23:98; Zorn B (1971) Beschichtung von Leder mit einer neuartigen Polyurethanfolie. Das Leder 147

    Google Scholar 

  3. Schaefer P (1973) Spezialfolien und Verfahren zum Kaschieren von Spaltleder für die Herstellung von mit Hochfrequenz geprägten Schuhoberteilen. Das Leder 23:229; (1972) Schuhtechnik 66:12, 219

    Google Scholar 

  4. Träubel H (1974) Reaktive Polyurethane für die Spaltzurichtung. Das Leder 25:162; Träubel H (1975) The coating of split leather with high reactive polyurethanes. J Coated Fabr 5:114; US245 827 (Phelan-Faust Paint Manuf. Co.; FC Weber; 2.1.64/12.4.66; FR 2 178 757 (Pechiney- Ugine-Kuhlmann; 5.4.72/16.11.73) addition to FR 1427 722 (28.10.64); GB 1 240 631 (Wharton Industries Inc.; US Prior. 9.5.68 and 10.4.69; 6.5.69/28.7.71)=JA 3 539 424; FR 2 003 716 (Lankro Chem. Ltd.; A Gill et al.; GB Prior. 12.3.68 and 9.12.68; 14.11.69/11.3.69); GB 1 232 247 (Norwood Ind. Inc.; RG Sutton; 20.8.68/19.5.71)

    Google Scholar 

  5. OS 2 039 281 (Th Böhme KG; P Jacob, HD Graf; 7.8.70/10.2.72)

    Google Scholar 

  6. OS 2146 889 (UCB; A Hansson; GB Prior. 21.9.70; 20.9.71/23.3.72)

    Google Scholar 

  7. OS 2 010 045 (Lederfabriek L. Mombers; PJ de Nijs; NL Prior. 10.3.69; 4.3.7o/17.9–7o)=BE 746 620

    Google Scholar 

  8. OS 2 003 861 (SAVA; RM Schmid et al.; JU Prior. 5.5.69; 28.1.70/19.11.70)

    Google Scholar 

  9. OS 2 046 318 (BASF; N Hoppe, F Förster; 19.9.70/13.4.72)

    Google Scholar 

  10. OS 2 205 388 (Rohm & Haas Co.; JG Brodnyan et al.; US Prior. 12.3.71; 4.2.72/19.10.72)= BE 780 487

    Google Scholar 

  11. Trademark of Bayer AG (Germany)

    Google Scholar 

  12. Träubel H, Weber KA, Pisaric KH (1986) The finishing of splits. J Coated Fabr April, pp 250–262

    Google Scholar 

  13. JA 07150 479 (94–191005; JA Prior. 21.7.94 and 93–276 224 (7.10.93) (Achilles Corp.; K Oosawa, K Mitsumura, K Sugaya; pubi. 15.6.95); JA 07 242 900 (94–56 644) (Achilles Corp.; K Mit- sumura, K Oosawa, M Sato; 2.3.94/19.9.95)

    Google Scholar 

  14. DOS 1951 024 o (Ph Schaefer; 29.3.94/5.10.95)

    Google Scholar 

  15. DOS 4 230 997 (Sandoz Ltd.; Sandoz Patent GmbH; R Helber, H Hubér, H Knoch, T Reusch, W Walther; 16.9.92/24.3.94)=EP 662 985

    Google Scholar 

  16. JA 07 330 854 (95 330 854) (Hodogaya Chem. Co. Ltd.; A Ishii, S Katagiri; 10.6.94/19.12.95); JA 07 330 855 (95 330 855) (Hodogaya Chem. Co. Ltd.; A Ishii, S Katagiri; 10.6.94/19.12.95)

    Google Scholar 

  17. Uddin MK, Khan MA, Idris KM (1996) Development of polymer films and its application on leather surfaces. J Appi Polym Sci 60:887

    Google Scholar 

  18. JA 07 292 399 (Achilles Corp.; M Sato, K Mitsumura, K Oosawa; 24.4.94/7.11.95)

    Google Scholar 

  19. JA 53 45 384 (Achilles Corp.; 15.6.92/27.12.93)=JA 92–180 465

    Google Scholar 

  20. DOS 2 638 792 (Vyzkumny uytav kozedelny; E Mück et al.; 27.8.76/10.3.77; CZ Prior. 29.8.75) =CZ 75–5 908

    Google Scholar 

  21. Bailey AJ (1992) Collagen - nature’s framework in the medical, food and leather industries. J Soc Leather Technol and Chem 76:111

    Google Scholar 

  22. Löbig W, Tardiello G (1996) Aktueller Stand und Möglichkeiten der Schaumzurichtung. Das Leder 9:182; Foam finish for upholstery leather: Wenzel W, Pisaric K-H, Schwaiger W (1995) Schaumzurichtung. Das Leder 46:217

    Google Scholar 

  23. DOS 19 632 925 (Bayer AG; S Groth, J Pedain, L Schmalstieg, D-I Schütze; 16.8.96/19.2.98).

    Google Scholar 

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© 1999 Springer-verlag Berlin Heidelberg

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Träubel, H. (1999). Leather Board. In: New Materials Permeable to Water Vapor. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-59978-1_20

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  • DOI: https://doi.org/10.1007/978-3-642-59978-1_20

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