PL10312B1 - A method of finishing thin cotton fabrics, e.g. opal and cambric, by giving them the properties of iridescence and silky touch and gloss. - Google Patents

A method of finishing thin cotton fabrics, e.g. opal and cambric, by giving them the properties of iridescence and silky touch and gloss. Download PDF

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Publication number
PL10312B1
PL10312B1 PL10312A PL1031228A PL10312B1 PL 10312 B1 PL10312 B1 PL 10312B1 PL 10312 A PL10312 A PL 10312A PL 1031228 A PL1031228 A PL 1031228A PL 10312 B1 PL10312 B1 PL 10312B1
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PL
Poland
Prior art keywords
opal
properties
giving
iridescence
fabric
Prior art date
Application number
PL10312A
Other languages
Polish (pl)
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Publication date
Application filed filed Critical
Publication of PL10312B1 publication Critical patent/PL10312B1/en

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Description

Jak wiadomo cienkie tkaniny bawel¬ niane, jak np, opal i batyst, tkane z prze¬ dzy, wykonanej z najlepszej bawelny (egip¬ skiej) musza posiadac pewna sztywnosc, a równoczesnie polysk opalizujacy i jedwa- bistosc w dotyku, O ile przy towarach grubszych nadanie tkaninom tych wlasciwosci nie przedsta¬ wia wiekszych trudnosci, wobec moznosci poslugiwania sie sposobami mechaniczne- mi, o tyle dobre wykonczenie wspomnia¬ nych tkanin cienkich jest utrudnione, gdyz o nadawaniu tym tkaninom wspomnianych wlasciwosci zapomoca maszyn ze wzgle¬ du na delikatnosc tych tkanin, nie moze byc mowy, Sposób wedlug niniejszego wynalazku, przy pomocy którego cienkie tkaniny ba¬ welniane, jak np, opal i batyst, otrzymuja pozadana sztywnosc, a równoczesnie po¬ lysk mieniacy sie (opalizujacy) i jedwabi- stosc w dotyku, polega na traktowaniu tych tkanin odpowiedniemi odczynnikami che- micznemi w odpowiednich warunkach i od¬ powiedniej kolejnosci.Tkanine po opaleniu i odszlichtowaniu przepuszcza sie przez lug sodowy o mocy okolo 20° Be w temperaturze okolo 10°C, a nastepnie poddaje bieleniu zapomoca dwutlenku sodowego (Na2 02) z domiesz¬ ka szkla wodnego (jednokrzemianu sodo¬ wego) i siarczanu magnezu. Po bieleniu na-tawa sie tkwLae lugiem- sodowym o duzej mocy (clo 500, B€\ przy temperaturze ni¬ skiej (okolo t3°C),;BezpNO^rednio po napa¬ waniu tkanine nawija sie^na walki i pozo¬ stawia sie ja w tym stanie okolo dwóch go¬ dzin.W celu równomiernego przepojenia tkaniny nalezy dodac do roztworu lugu so¬ dowego okolo 0,2% kwasu karbolowego.Nastepnie rozwija sie tkanine z walków i przemywa dokladnie roztworem kwasu np. siarkowego, a nastepnie woda, az do usuniecia nadmiaru lugu sodowego i po wysuszeniu prasuje. PLAs is well known, thin cotton fabrics, such as opal and batiste, woven from yarn made of the finest (Egyptian) cotton, must have a certain stiffness, and at the same time have an iridescent gloss and a silky touch. Thicker fabrics do not present these properties with greater difficulties, in view of the possibility of using mechanical methods, a good finish of the mentioned thin fabrics is difficult, because giving these fabrics the above-mentioned properties is by machines due to the delicacy of these fabrics There can be no question. The method according to the present invention, by which thin fleece fabrics, such as opal and batiste, obtain the desired stiffness, while at the same time shimmering (iridescent) and silky to the touch. treating these fabrics with appropriate chemical reagents in appropriate conditions and in the appropriate sequence. It is then bleached with sodium dioxide (Na2O2) mixed with water glass (sodium monosilicate) and magnesium sulphate with a strength of about 20 ° Be at a temperature of about 10 ° C. After bleaching, it becomes stuck with high-strength sodium lye (class 500, B at low temperature (about 3 ° C); Immediately after filling, the fabric is rolled up on the fights and left It will stay in this state for about two hours. In order to evenly saturate the fabric, add about 0.2% carbolic acid to the sodium lye solution. Then roll the fabric from rolls and wash it thoroughly with a solution of e.g. sulfuric acid, and then water until the excess soda lye is removed and after drying it is ironed. PL

Claims (1)

1. Zastrzezenie patentowe. Sposób wykanczania cienkich tkanin bawelnianych, jak np. opalu i batystu, przez nadawanie im wlasciwosci opalizo¬ wania i jedwabistego dotyku oraz poly¬ sku, znamienny tern, ze tkanine po opale¬ niu i odszlichtowaniu przeprowadza sie przez lug sodowy o mocy okolo 20°Be w temperaturze okolo +10°C, a nastepnie bieli sie zapomoca mieszaniny, skladaja¬ cej sie z dwutlenku sodowego, jednokrze- mianu sodowego i siarczanu magnezu, po- czem bezposrednio nawinieta na walkach tkanine napawa sie w niskiej temperatu¬ rze (okolo +3°C) lugiem sodowym o du¬ zej mocy (do 50° Be) zawierajacym do¬ mieszke okofo 0,2% kwasu karbolowego, pozostawiajac tkanine w tym stanie okolo dwóch godzinr, a nastepnie dobrze przemy¬ wa i prasuje. TowarzystwoSchlosserowlskiej Przedzalni Bawelny i Tkalni w Ozorkowie Spólka Akcyjna. Zastepca: Inz. J. Wyganowski, rzecznik patentowy. bruk L. Boguslawskiego, Warszaw-. PL1. Patent claim. The method of finishing thin cotton fabrics, such as opal and batiste, by giving them the properties of iridescence and silky touch, and a polished finish, characterized by the fact that the fabric after sunbathing and deflashing is carried out through soda lye with a strength of about 20 ° B at a temperature of about + 10 ° C, and then whitened with a mixture of sodium dioxide, sodium monosilicate and magnesium sulphate, then the fabric directly wound on the battles is heated at low temperature (about +3 ° C.) with high-strength sodium hydroxide (up to 50 ° B) containing a half of 0.2% carbolic acid, leaving the fabric in this state for about two hours, and then well washed and ironed. Society of Schlosserowlska Przedzalni Bawelny and Tkalni in Ozorków, Joint Stock Company. Deputy: Inz. J. Wyganowski, patent attorney. pavement of L. Boguslawski, Warsaw-. PL
PL10312A 1928-08-09 A method of finishing thin cotton fabrics, e.g. opal and cambric, by giving them the properties of iridescence and silky touch and gloss. PL10312B1 (en)

Publications (1)

Publication Number Publication Date
PL10312B1 true PL10312B1 (en) 1929-05-31

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