VINNOL H 11/59

VINNOL H 11/59

CAS Number: 9003-22-9

EC Number:203-545-4

SYNONYMS

vinyl chloride;10000LK2;1000A;1000ALK;1000L;1000L (vinyl polymer);103ZX;38J;38JK;39J;400K110A;50ME;51ME;A 100Z4;A 15;A 15 (polymer);A 15S;A 15S (polymer);A 200D;A 201D;A 25;A 25 (vinyl polymer);Acetate de vinyle polymerise avec le chloroethylene;Acetic acid ethenyl ester, polymer with chloroethene;Acetic acid ethenyl ester, polymer with chloroethylene;Acetic acid vinyl ester, polymer with chloroethylene;Acetic acid, ethenyl ester, copolymer with chloroethene;Acetic acid, ethenyl ester, polymer with chloroethene;Airflex CF 70;Aron 321;Bakelite LP 70;Bakelite VLFV;Bakelite VSJD 10;Bakelite VYES 4;Bakelite VYHD;Bakelite VYHH;Bakelite VYHN;Bakelite VYLF;Bakelite VYMH;Bakelite VYNC;Bakelite VYNS;Bakelite VYNW;Bis(2-ethylhexyl) phthalate-vinyl acetate-vinyl chloride copolymer;Black PVC 512975;Bond VL 30;Bostik 1782;BR 521;Breon 351;Breon 425;Breon AS 60/41;Breon AS 70/42;C 150S;C 150S (vinyl polymer);Cemedine 181;Cemedine 201;Chloroethene-vinyl acetate copolymer;Chloroethylene-vinyl acetate copolymer;Chloroethylene-vinyl acetate polymer;CL 4520;CL 5440;COPOLYMER, VINYL CHLORIDE, VINYL ACETATE;COPOLYMER, VINYLCHLORIDE/VINYLACETATE;Corvic 23-4682;Corvic 236581;Corvic 47/488;Corvic 51/83;Corvic C 6297;Corvic Q 44/62;Corvic R 46/88;CP 4915;CVL-PR;Daikalac 587;DB 101;DB 101 (vinyl polymer);Denka 1000A;Denka 1000D;Denka 1000G;Denka AC 50;Denka Vinyl1000A;Denka Vinyl 1000AKT;Denka Vinyl 1000ALK;Denka Vinyl 1000AS;Denka Vinyl 1000D;Denka Vinyl 1000GS;Denka Vinyl 1000L;Denka Vinyl 1000LCH;Denka Vinyl 1000LT3;Denka Vinyl 1000MT;Denka Vinyl 1000MT2;Denka Vinyl 1000NT;Denka Vinyl 1000S;Denka Vinyl 100AT;Denka Vinyl 100C;Denka Vinyl M 120;Denka Vinyl M 70;Denka Vinyl ME 120;Denka Vinyl MM 90;Denka Vinyl MT 2;Denka Vinyl SM 160;Denka Vinyyl 1000MT3;Denkalac 1000A;Denkalac 1000AKT;Denkalac 1000D;Denkalac 1000MT;Denkalac 2.1;Denkalac 21;Denkalac 21K;Denkalac 21ZA;Denkalac 41M;Denkalac 61N;Denkalac TF 200;Denkalac TF 300K;Denkatex AC 26;Denkatex K 300L;Diamond Shamrock 7401;Diamond Shamrock 744;Dicseal A 100Z5A;Duco 835.90010;Duco 9.92;Elex 7;Exon 450;Exon 454;Exon 470;Exon 481;Exon 760;FHS 1;Flovic;Formalon F 40;Formosa F 40;FYES 4;Geon 100X150;Geon 103EP8J;Geon 103EP-J;Geon 103ZX;Geon 130X10;Geon 130X24;Geon 135;Geon 135J;Geon 150X50;Geon 150XML;Geon 351;Geon 37J;Geon 38J;Geon 400-150P;Geon 400X150J;Geon 400X150ML;Geon 400X150P;Geon 400X150Z;Geon 400X47;Geon 401C29;Geon 421;Geon 427;Geon 430C17;Geon 430C19;Geon 434;Geon 440L2;Geon 450x150PN;Geon 51;Geon 54J;Geon 590X20;Haulac Mat PV 25-5;HND 8;Hostaflex CM 131;Hostaflex VP 150;Hostalit PA 5470/5;Hostalit PVP;Kaneka M 1008;Kaneka MB 1008;Kaneka PCH 12Z;Kanevilac L-CN;KanevilacLCQ;KanevilacLCS;Kanevilac L-EY;Kanevilac L-GT;Kanevinyl M 1007;Kanevinyl M 1008;Kanevinyl PBM 11;Kanevinyl PCH 12;Kanevinyl PCH 72;Kanevinyl PCM 12;Kanevinyl RB 410;KBK 12;KhS 567;KhS 717;KhS 720;KhS 724;KhS 791;LK 170;Lucovyl GA 8502;Lucovyl MA 6028;Lucovyl MA 6035;Lucovyl PA 1208;Lucovyl PA 1302;Lucovyl SA 6001;M 1008;M 2018;MA 700;MA 800S;Marvinol VP 56;MB 700;MC 1000;MC 1000 (vinyl polymer);MKK Medium;MPR 40;MPR-DSA 2;MPR-TA 5C;MPR-TS 5;MPR-TSL;MPR-TSN;MU 1720;MU 1720 black;MU 6091;Nipolit MH;Nipolit MR;Norvinyl P 6;OH-DEX;Opalon 400;Oxy 1810;Oxy 315;Oxy 390;Oxy 521;Oxy 565;Oxy 6338;P 500;PCH 12;PCH 12Z;Petco CR 80A;Pevikon C 870;Pliovic AO;Poly(vinyl acetate-vinyl chloride);Poly(vinyl chloride/vinyl acetate);Poly(vinyl chloride-co-vinyl acetate);POLYMER, VINYL CHLORIDE-VINYL ACETATE;Polyvinyl chloride-polyvinyl acetate;POLYVINYLCHLORIDE- ETHENYL ACETATE;Polyvinylchloride-polyvinylacetatecopolymer;PS 402HS;PVC 74;PVC Cordo;RB 4-10;Resin 4301;Rhodopas 6000;Rhodopas AX;Rhodopas AX 30/10;Rhodopas AX 85/15;Ryuron 710B;Ryuron 751Ryuron 850;Ryuron TC 806;S 2803;SA 3060/10;Sarpifan HP 1;SB 500;SB 500 (vinyl polymer);SC 4000;SC 400A;SC 400G;SC 500T;SC 5710;Sconatex;Scotchcal 3920;SCP-A;SCP-A (vinyl polymer);S-Dine KX 13C;Sericol VK 911;Shinetsulac EH 36;Sicron 822;SIP 561;S-Lec 7A;S-Lec C;S-Lec CH;S-Lec CL;S-Lec CN;S-Lec L;S-Lec MPR-TA;Slovinyl KA;Slovinyl KR 081;Slovinyl KV 171;Slovinyl KV 172;Solbin C;Solbin C 40;Solbin C 5;Solbin C 5R;Solbin CH;Solbin CL;Solbin CL 2;Solbin CN;Solbin CNL;Solvic 513PB;Solvic 523KC;Solvic 547A;Solvic 547SA;Solvic 550GA;Solvic PA 513;SolVin 550GA;Sumilit PCX;Sumirez 1130;Sunar SC 705A;Sunar SC 710A;T 0765;T 318;T 318 (vinyl polymer);TA 5C;TAO;TAO (adhesive);TC 705;Tenneco 0565;Tenneco 501;Tenneco 521;Termolen;TF 120;TF 120 (polymer);TV 800;Tygon;Ucar AW 850;UCAR Solution Vinyl Resin VYHD;Ucar Vinyl VYHD;Ucar VYHD;Ucar VYNC;Ucar VYNC-P;Ucar VYNS;Ucarmag 527;UIHH;UK Medium;Unisol PVC 168;VA 15;VA 3;VA 3 (copolymer);VA 4;VC 113;VC 168;VC 265;Vestolit B 7092;Vestolit E 7091;VH 10/60;Vilit 40;Vilit 50;Vilit AC 43;Vilit AS 42;Vilit AS 47;Vinacet 50/15;Vinacet 50-15G;Vinacet 60/10;Vinacet 60-10I;Vinacet 70/5;Vinika 51ME;Vinika 51SF;Vinika P 400;Vinika P 500;Vinnol 14/36;Vinnol 50/25C;Vinnol C 14/60V;Vinnol C 8/62V;Vinnol E 10/65;Vinnol E 15/45;Vinnol E 5/65C;Vinnol E 5/65L;Vinnol H 10/60;Vinnol H 10-60S;Vinnol H 11/59;Vinnol H 13/50S;Vinnol H 15/45;Vinnol H 15/45M;Vinnol H 15/50;Vinnol H 40/55;Vinnol H 40/60;Vinnol VF 1048;Vinnolit K 704;Vinyblan 240;Vinyblan 380;Vinyblan 386;Vinyblan 550;Vinyblan 601;Vinyblan 602;Vinyblan 610;Vinyblan 995;Vinychlon 1000;Vinychlon 1000LG;Vinyl acetate-vinyl chloride copolymer;Vinyl acetate-vinyl chloride polymer;Vinyl chloride.vinyl acetate polymer;Vinyl chloride-Vinyl acetate copolymer;Vinyl chloride-vinyl acetate polymer;VINYL CHLORIDE-VINYL ACETATE RESIN;Vinylite R;Vinylite UYHH;Vinylite VGHH;Vinylite VMGH;Vinylite VY;Vinylite VYDR;Vinylite VYDR 21;Vinylite VYFS;Vinylite VYGH;Vinylite VYHD;Vinylite VYHH;Vinylite VYHH 1;Vinylite VYLF-X;Vinylite VYNC;Vinylite VYNS;Vinylite VYNS 3;Vinylite VYNW;Vinylite VYNW 5;Vinyon;Viplavil TJT;VK 911 Black;VLVF;VM Pearl Medium;VRC-A 101;VSA 880;Vygen 220;Vygen226;VYHD;VYHH;VYLF;VYLF-X;VylitVYNC;VYNS;VYNS 3;VYNW;XS 581 Medium NT;YAHH;Zest C 150ML;Zest C 150S;Zest P 38J;

PROPERTIES

VINNOL H 11/59 is a copolymer of approx. 89 wt.% vinyl chloride (VC) and approx. 11 wt.% of vinyl acetate (VAc). Its main use is as a binder for surface coating compounds and printing inks.

VINNOL H 11/59 is a thermoplastic, physically drying binder that forms a film when the solvent contained in the formulation has evaporated. This binder is also used frequently in two-pack systems. Like all VC copolymers, VINNOL H 11/59 ischaracterized by excellent toughness, permanent flexibility, abrasion resistance, low swelling in thepresence of water, and low gas permeability.Films formed with VINNOL H 11/59 are highlyresistant to water. They also exhibit excellent resistance to oil, grease, dilute aqueous acids, alkal is and saline solutions. Aromatic hydrocarbons and chlorinated hydrocarbons cause them to swell to varying extents. VINNOL H 11/59 is resistant to liphatic hydrocarbons, such as white spirit, and to 

APPLICATION

Typical applications for VINNOL H 11/59:

– strippable lacquers

– protective and masonry paints

– paper and film coatings

– printing inks

– adhesives

STORAGE

Store VINNOL H 11/59 under dry conditions and at room temperature (below 25 °C). Under these conditions, the product has a shelf life of at least 12 months, from the delivery date. If the material is kept beyond the recommended shelf life, it is not necessarily unusable, but the user should perform a quality control on the properties relevant to the application. The properties determined in our preVINNOL H 11/59 VINYL CHLORIDE-COPOLYMER, Technical data sheet for VINNOL H 11/59 / Version: 1.0 / Date of last alteration: 20.06.2007 2 / 2 release quality control may change during storage, depending on storage conditions, and deviate from the specification. 

PROCESSING

VINNOL H 11/59 is generally used in dissolved form.Ketones and esters are the solvents most commonly used for VINNOL H 11/59, ketones being moreefficient than esters.Of the chlorinated hydrocarbons, methylene chlorideand 1,2-dichloroethane are true solvents, while tri- andtetrachloroethene have only swellingeffect.Alcohols and aliphatic hydrocarbons do not dissolve VINNOL H 11/59. Aromatic hydrocarbons may be combined to a limited extent with true solvents.VINNOL H 11/59 can be plasticized with monomericand polymeric plasticizers, such as phthalates,adipates, sebacates, citrates, phosphates, epoxidesand chlorinated paraffins.VINNOL H 11/59 is fully compatible with all other VINNOL surface coating resins. It also combines wellwith many acrylic polymers and ketone resins, as wellas with some epoxides. Alkyd resins, nitrocellulose,polyvinyl acetates and polyvinyl butyrals are in generalincompatible with VINNOL H 11/59.We recommend always checking the compatibility ofVINNOL H 11/59 with the polymer in question.VINNOL H 11/59 shows good compatibility withpigments routinely used in the coatings industry.Care must be takenwhen using pigments containingzinc or cadmium because these catalyze thedecomposition of VC copolymers at elevatedtemperatures. The same applies to iron-oxidepigments.Despite good inherent stability, it is necessary forsome applications to stabilize coatings based on VINNOL H 11/59 against heat and/or UV light. Epoxy compounds often suffice to stabilize these coatingsagainst low thermal impact. Where highertemperatures are involved, it is advisable to usecalcium/zinc or organotin stabilizers.Outdoor applications require the additional use of UVstabilizers along with thermal stabilizers optimized forthese conditions.To avoid risk of discoloration, contact with iron shouldbe avoided both during preparation of the solution andduring subsequent storage of the product. VINNOL-based surface-coating resins should be stored incoated containers.

ÖZELLKLER

VINNOL H 11/59, yaklak bir kopolimerdir. Arlkça% 89 vinil klorür (VC) ve yakl. Arlkça% 11 vinil asetat (VAc). Ana kullanm alan, yüzey kaplama bileikleri ve bask mürekkepleri için bir balaycdr.

VINNOL H 11/59, formülasyonda bulunan çözücü buharlat zaman bir film oluturan bir termoplastik, fiziksel olarak kuruyan bir balaycdr. Bu balayc ayn zamanda iki-paket sistemlerde de sklkla kullanlr. Tüm VC kopolimerleri gibi, VINNOL H 11/59 mükemmel tokluk, kalc esneklik, anma direnci, suyun yaylmnda düük ime ve düük gaz geçirgenlii ile karakterize edilir. VINNOL H 11/59 ile oluturulan filmler suya kar yüksek dirençlidir. Ayrca ya, gres, seyreltik sulu asitler, alkali ve tuzlu su çözeltilerine kar mükemmel direnç gösterirler. Aromatik hidrokarbonlar ve Klorlu hidrokarbonlar, deien miktarlarda imelerine neden olur. VINNOL H 11/59, beyaz ruh gibi lipatik hidrokarbonlara dirençlidir ve

UYGULAMA

VINNOL H 11/59 için tipik uygulamalar:

– soyulabilir laklar

– koruyucu ve duvar boyalar

– kat ve film kaplamalar

– bask mürekkepleri

– yaptrclar

DEPOLAMA

VINNOL H 11/59’u kuru koullarda ve oda scaklnda (25 ° C’nin altnda) saklayn. Bu koullar altnda, ürün teslim tarihinden itibaren en az 12 ay raf ömrüne sahiptir. Malzemenin önerilen raf ömrünün ötesinde tutulmas durumunda, bu kesinlikle kullanlamaz deildir, ancak kullanc, uygulama ile ilgili özelliklerde bir kalite kontrolü gerçekletirmelidir. PreVINNOL H 11/59 VNL KLORT-KOPOLMER’te belirtilen özellikler, VINNOL H 11/59 / Versiyon: 1.0 / Son deiiklik tarihi: 20.06.2007 2/2 serbest brakma kalite kontrolü, depolama srasnda deiebilir. depolama koullar ve artnameden sapma.

LEM

VINNOL H 11/59 genellikle çözünmü formda kullanlr.Katonlar ve esterler, VINNOL H 11/59 için en yaygn kullanlan çözücülerdir, ketonlar esterlere göre daha verimlidir. Klorlu hidrokarbonlar, metilen klorid ve 1,2-dikloroetan, gerçek çözücülerdir. tri- ve tetrarakloroetenin sadece ime etkisi vardr. Alkol ve alifatik hidrokarbonlar VINNOL H 11/59’u çözmez. Aromatik hidrokarbonlar, gerçek çözücülerle snrl ölçüde birletirilebilir.VINNOL H 11/59, ftalatlar, adipatlar, sebatlar, sitratlar, fosfatlar, epoksitler ve klorlu parafinler gibi monomerik ve polimerik plastikletiricilerle plastikletirilebilir. VINNOL H 11/59 tamamen uyumludur Dier tüm VINNOL yüzey kaplama reçineleri ile. Ayn zamanda, baz epoksitlerle birlikte, bir çok akrilik polimeri ve keton reçinesiyle bir araya gelir. Alkid reçineleri, nitroselüloz, polivinil asetatlar ve polivinil butiraller, genel olarak VINNOL H 11/59 ile uyumludur. Her zaman, söz konusu polimer ile birlikteVINNOL H 11/59’un uyumluluunu kontrol etmeyi tavsiye ederiz. VINNOL H 11/59, rutin olarak kullanlan pijamelerle iyi uyumluluk göstermektedir. kaplama endüstrisi.Çinko veya kadmiyum içeren pigmentler kullanldnda mutlaka alnmaldr, çünkü bunlar yüksek scaklklarda VC kopolimerlerinin bir araya getirilmesini katalize eder. Ayns, demir oksit oksitleri için de geçerlidir. yi bir iç stabiliteye ramen, VINNOL H 11/59’a dayanarak s ve / veya UV na kar kaplamalarn stabilize edilmesi için uygulamalarn yaplmas gerekir. Epoksi bileikleri, genellikle düük termal etki açsndan bu kaplamalar stabilize etmeye yeterlidir. Yüksek performansn söz konusu olduu durumlarda, usecalcium / çinko veya organotin stabilizatörlerinin kullanlmas önerilir. D mekan uygulamalar, bu artlar için optimize edilmi termal stabilizatörlerle birlikte UVstabilizerlerin ek kullanmn gerektirir. Renk bozulmas riskinden kaçnmak için, çözelti hazrlama ve hazrlama srasnda demirle temastan kaçnlmaldr. ürünün daha sonra depolanmas. VINNOL bazl yüzey kaplama reçineleri, kaplanm kaplarda saklanmaldr.