What is the difference between alkyd paint and acrylic paint: the choice of coating. Material Compatibility for Paint Systems Paint Compatibility Chart
Material grade |
The grade of the material used as an intermediate layer |
|
outer coating layer |
Primer |
Putty |
1. Enamel AS-131 |
Primers GF-032, GF-0119, V-KF-093, AK-069, AK-070, FL-03K, FL-03ZH, EP-P9T |
|
2. Enamel AS-182 |
Primers GF-017, GF-021, GF-031, GF-032, GF-0119, GF-0163, V-KF-093, V-ML-0143, V-ML-0160, AK-070, VL-02 , VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, FL-03K, FL-03ZH, FL-086, EP-09T, EP-0199, VD-KCH-0178, V-KCH-0207 ; enamel В-МА-1232 |
|
3. Enamel AC-554 then varnish AC-528 |
Primers VL-02, VL-023, AK-069, AK-070, AS-071 |
|
4. Enamel AC-730 |
Primer VL-02 with aluminum powder |
|
5. Enamel AC-1115 |
Primers AK-069, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder |
|
6. Enamel AC-1171 |
Primer EP-0200 |
|
7. Enamel AC-2106 |
Primer VL-02 |
|
8. Enamel GF-571 |
Primers V-KF-093, V-KCh-0207, V-EP-0190, GF-018 |
|
9. Enamels GF-820, GF-1151, GF-1426 |
Primers GF-017, GF-021, GF-031, GF-032, GF-0119, GF-0163, AK-070, VL-02 with aluminum powder, FL-03ZH, FL-03K, VD-KCh-0178 |
|
10. Enamel GF-2136 |
Primers GF-021, GF-0119, GF-0163, AK-070, FL-03ZH, FL-03K |
|
11. Enamel GF-1147 VE |
Primers GF-017, GF-021, GF-031, GF-032, GF-0119, GF-0163, KF-030, FL-03K, FL-03ZH, FL-086 |
|
12. Varnish GF-95 with aluminum powder |
Primers GF-119, GF-021, GF-031, GF-032, KF-030, FL-03K, FL-03ZH, FL-086, VL-02, GF-017, VL-023 |
|
13. Enamel KCH-190 |
Primer V-KF-093 |
|
14. Enamels KO-88, KO-811, KO-813, KO-814, KO-828 |
Primers GF-021, GF-031, GF-032, GF-0119, GF-0163, KF-030, VL-02 with aluminum powder, FL-03K, FL-03Zh |
|
15. Enamel KO-834 |
Primer KO-052 |
|
16. Enamel MS-17 |
Primers GF-0119, GF-017, GF-021, V-KF-093, V-ML-0143, FL-03K, FL-03Zh, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, enamel V-MA-1232 |
|
17. Enamel MA-224 |
Primers GF-017, GF-021, GF-031, GF-032, GF-073, GF-0119, GF-0163, V-KF-093, V-KCh-0207, V-ML-0143, V-ML -0143, FL-03K, FL-03ZH |
|
18. Enamels ML-197, ML-1110 |
Primers V-AU-0150, GF-017, GF-018, GF-031, GF-032, KF-030, V-KF-093, V-KCh-0207, VD-KCh-0178, V-ML-0143 , V-ML-0160, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, PL-0213, FL-03K FL-03ZH, FL-086, EP- 09T, EP-076, V-EP-0190, EP-0228, V-EF-0153, EF-0137, EP-0156, enamels GF-571, V-MA-1232, V-FL-1199, V-FL -1199E |
|
19. Enamels ML-12, ML-152, ML-158, ML-279, ML-1156, ML-1214ME, ML-1225, ML-1196, V-PE-1179? ML-867 |
Primers GF-017, GF-018, GF-031, GF-032, GF-0119, KF-030, V-KF-093, V-KCh-0207, VD-KCh-0178, V-ML-0143, V -ML-0160, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, PL-0213, FL-03Zh, FL-03K, FL-086, EP-09T , EP-076, V-EP-0190, EP-0228, V-EF-0153, EF-0137, EP-0156, enamels GF-571, V-MA-1232, V-FL-1199, V-FL- 1199E |
|
20. Enamels ML-165, ML-165PM, ML-165, then MS-160 |
Enamels ML-12, ML-152, ML-1156, PF-115, PF-223, V-MA-1232 |
|
21. Enamel ML-169, then varnish ML-133, ML-21 |
Primers ML-064 according to GF-017, GF-021, GF-0119, V-KF-093, V-KCh-0207, FL-03K |
|
22. Enamel ML-629 |
Primer ML-029 |
|
23. Enamel ML-1195 |
Primers GF-021, GF-0119 |
|
24. Enamels ML-1202, ML-1202PM, ML-1203 |
Primer EP-0200 |
|
25. Varnish ML-21 |
Enamels AS-182, ML-12, ML-152 |
|
26. Enamel MCh-145 |
Primer GF-017, V-KF-093, V-KCh-0207, V-ML-0143, FL-03ZH, FL-03K |
|
27. Enamels MCh-240, MCh-277 |
Primers GF-021, GF-031, GF-032, GF-0119, AK-070, VL-02 with aluminum powder, FL-03ZH, FL-03K, FL-086, EP-09T |
|
28. Enamels NTs-11, NTs-11A, NTs-25, NTs-132, NTs-170, NTs-184 |
Primers GF-021, GF-032, GF-0119, GF-063, KF-030, AK-070, VL-02, VL-023, FL-03ZH, FL-03K, FL-086 |
primer GF-018 |
29. Enamels NTs-221, NTs-246, NTs-256, NTs-273 |
Primers GF-021, GF-0119, GF-0163, AK-070, FL-03K, FL-03ZH |
primer GF-018 |
30. Enamels NTs-1125, NTs-1200, NTs-1249 |
Primers GF-021, GF-031, GF-032, GF-073, GF-0119, GF-0163, KF-030, AK-070, FL-03Zh, FL-03K |
NTs-008, primer GF-018 |
31. Varnish NTs-134 with aluminum powder |
Primers GF-021 GF-032, GF-0119, AK-070, VL-02, VL-023, FL-03ZH, FL-03K |
|
32. Enamels PF-19, PF-19M, PF-115, PF-133, PF-163, PF-188, PF-218, PF-223, PF-241, PF-1234, PF-1248, PF-1250VS , PF-1331 |
Primers GF-017, GF-021, GF-031, GF-032, GF-0119, GF-0163, KF-030, V-KF-093, MO-067, V-MA-0220, V-ML-0143 , V-ML-0160, AK-070, V-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, FL-03Zh, FL-03K, FL-086, EP-09T, EP -0199, VD-KCH-0178, V-KCH-0207, VD-KCH-0184, V-MA-1232 enamel |
|
33. Enamel PF-837, PF-1147 VE |
Primers GF-021, GF-031, GF-032, GF-0119, GF-0163, KF-030, V-KF-093, AK-070, VL-02, V-02 with aluminum powder, FL-03Zh, FL-03K, FL-086 |
|
34. Enamel PF-1145 |
Primer EF-065 |
|
35. Varnish PF-170 with aluminum powder |
Primers GF-021, GF-031, GF-011, AK-070, VL-02, VL-023, FL-03ZH, FL-03K |
|
36. Enamels ХВ-16, ХВ-16Р, ХВ-124, ХВ-179, ХВ-518, ХВ-1149, ХП-7120, ХП-1267 |
Primers GF-021, GF-031, GF-032, GF-0119, GF-0163, V-ML-0143, KhV-050, AK-069, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder XC-010, XC-059, XC-068, FL-03K, FL-03ZH, FL-086, EP-0199, VD-KCh-0178, VD-KCh-0184, KhV-0265, EP-0259, EP-0199 |
|
37. Enamels ХВ-110, ХВ-113 |
Primers GF-021, GF-032, GF-0119, XV-050, AK-069, AK-070, VL-02, VL-023, HS-010, HS-068, HS-059, FL-03ZH, FL -03K, EP-0199 |
|
38. Enamel ХВ-238 |
Primers V-ML-0143, KhV-050, AK-070, FL-03ZH, FL-03K, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, HS-059, HS -068 |
|
39. Enamel ХВ-536 |
Primers AK-069, AK-070, AK-070 according to FL-086 |
|
40. Enamels ХВ-553 М, ХВ-556 |
Primers AK-070, VL-02, VL-023 |
|
41. Enamel ХВ-714 |
Primers AK-070, VL-02, VL-023 XC-059, XC-068 |
|
42. Enamel ХВ-774 |
Primers XC-010, XC-068, FL-03ZH, FL-03K, AK-070 |
|
43. Enamels ХВ-785, ХВ-1120 |
Primers KhV-050, KhS-010, KhS-059, KhS-068, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, FL-03K, FL-03Zh , EP-0199, E-KCH-0184 |
|
44. Varnish XB-784 |
Enamel ХВ-785 |
|
46. Enamels AK-194, AK-1102, AK-192, AK-5178M |
Primers GF-017, GF-021, GF-031, GF-032, GF-0119, GF-0163, V-KF-093, AK-070, VL-02 with aluminum powder, VL-023 with aluminum powder, FL -03ZH, FL-03K, FL-086, EP-09T, EP-0010, enamel V-MA-1232 |
|
47. Enamel AK-1239 then varnish AK-181 |
Primers V-KF-093, V-KCh-0207, V-EP-0190, EP-0228 according to V-KF-093, V-KCh-0207 |
|
48. Enamel VL-515 |
Primers VL-02, VL-023 |
|
49. Enamel UR-1128 |
Primers GF-017, GF-021, GF-0119, V-KF-093, MS-067, VL-02, VL-02 with aluminum powder, URF-0110, FL-03Zh, FL-03K |
|
50. Enamel UR-1161 |
Primers FL-03K, FL-03ZH, EP-0156 |
|
51. Enamel XC-119 |
Primers GF-021, GF-031, GF-032, 1GF-0119, F-0163, KhV-0501, AK-070, VL-02 with aluminum powder, VL-023 with aluminum powder, KhS-059, KhS-068 , FL-03K, FL-03ZH, FL-086, EP-057 |
|
52. Enamel XC-534 |
Primers GF-021, GF-0119, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, FL-03ZH, FL-03K |
|
53. Enamel XC-759 |
Primers XB-050, XC-010, XC-059, XC-068, EP-0199 |
|
54. Varnish XC-724 |
Enamel XC-759 |
|
55. Enamel XC-75U |
Primers GF-021, GF-0119, GF-0163, XV-050, AK-069, AK-070, VL-02 with aluminum powder, XC-010, XC-059, XC-068, FL-03ZH, FL- 03K, FL-086 |
|
57. Enamel XC-5146 |
Primer AK-070 |
|
58. Enamel FL-687 |
FL-087 primer |
|
59. Enamel FA-5104 |
Primer V-KF-093 |
|
60. Enamels V-FL-1199, V-FL-1199E |
Primers GF-017, GF-021, GF-0119, V-KF-093, V-KCh-0207, V-ML-0143, V-ML-0143, FL-03Zh, FL-03K, V-EP-0190 |
|
61. Enamel FP-545 |
Primers AK-070, EP-057, EP-0109 |
|
62. Enamel EP-51 |
Primers GF-032, AK-070, VD-KCH-0178, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, FL-03ZH, FL-03K, EP-09T, EP -057, EP-076, EP-0156, EP-0010 |
|
63. Enamels EP-91, EP-255 |
Primers AK-070, VL-02, VL-023, VL-02 with aluminum powder EP-09T, EP-057 |
|
64. Enamels EP-140, EP-586 |
Primers AK-069, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, EP-057, EP-076, EP-0156, EP-0010, EP-09T , enamel В-МА-1232 |
|
65. Enamel EP-148 |
Primers AK-070, VL-02, VL-023, VL-02 with aluminum powder, EP-09T, EP-S57 |
|
66. Enamel EP-191 |
Primers AK-069, AK-070, VL-02, VL-023, EP-09T |
|
67. Enamel EP-274 |
Primers GF-031, GF-032, GF-0119, GF-0163, V-KF-093, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, FL -03ZH, FL-03K, EP-09T, EP-057, EP-076, EP-0156, EP-0010 |
|
68. Enamel EP-275 |
Primers AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, EP-09T, EP-057, EP-076, EP-0156, EF-0121 |
|
69. Enamel EP-422 |
Primer EP-0109 |
|
70. Enamel EP-525, EP-567, EP-575, EP-525P |
Primers AK-069, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, EP-09T, EP-057, EP-076, EP-0156, EP-0199 , EP-0010 putty |
|
71. Enamels EP-715, EP-716 |
Primers AK-070, FL-03ZH, FL-03K, EP-09T |
|
72. Enamel EP-711 |
Primers AK-070, VL-02, VL-023, EP-057, EP-0010 |
|
73. Enamel EP-773 |
Primers AK-070, VL-02, VL-023, EP-09T, EP-057, EP-076, EP-0156, EP-0199, EP-0010 putty, V-MA-1232 enamel |
|
74. Enamel EP-793 |
EP-0010 putty on EP-076 primer |
|
75. Enamels EP-1143, EP-1236 |
Primer EP-0156 |
|
76. Enamel EP-1155 |
Primer EP-057, filler EP-0010 |
|
77. Enamel EP-1223 |
Primer GF-021, V-KF-093, V-KCH-0207, V-ML-0143, V-ML-0160, FL-03ZH, FL-03K, V-EP-0190 |
|
77a. Enamels EP-1236, EP-1294, EP-1294M, EP-5287, ES-5299 |
Primers AK-070, VL-02, EP-0199, EP-057, EP-0266, EP-0259 |
|
77b. Enamel EP-1299 |
Enamel EP-1294 |
|
78. Enamel EP-2114 |
Primers AK-070, EP-09T, EP-0156 |
|
80. Enamel ET-199 |
Primers GF-017, GF-021, GF-032, GF-0119, GF-0163, V-KF-093, V-ML-0143, AK-070, VL-02, VL-023, VL-02 with aluminum powder, VL-023 with aluminum powder, FL-03, FL-03, V-KCH-0207, enamel V-MA-1232 |
|
81. Enamels EF-1118PG, EF-1118PM, EF-1118M |
Primers GF-017, VL-02, VL-023, VL-02 with aluminum powder, FL-03Zh, FL-03K, EF-0137 |
|
82. Enamel EF-1219 |
Primers VL-02, VL-023, FL-03ZH, FL-03K |
|
83. Enamels OS-1201, OS-1203, OS-5103 |
FL-03K primer |
Notes:
1. The sign "-" means the inadmissibility of the use of putties or the lack of the necessary data.
2. Varnish ML-21 applied by decal on the surface painted with enamels AS-182, ML-12, ML-152 with appropriate primers.
3. Primers VL-02 and VL-023 on steel used with subsequent overlapping with an anti-corrosion primer. It is allowed to use primers under epoxy materials. VL-02 and VL-023 without overlapping with anti-corrosion primer,
4. Enamels ML-165, ML-165PM for conditions U1, they are applied to previously primed surfaces painted with the appropriate melamine and pentaphthalic enamels.
For operating conditions U2, U3, UHL4, it is allowed to apply enamels ML-165, ML-165PM on primed surfaces without overlapping melamine and pentaphthalic enamels.
5. Coatings based on brand enamelsXB and XCbefore operation, they are kept at a temperature of 15-30 ° C for 5 days or at a temperature of -60 ° C for 5-6 hours.
Paints and varnishes are applied to the protected surface, as a rule, according to multilayer systems, which can consist of primers, putties, enamels for various purposes. In this case, the paints and varnishes included in the system can be heterogeneous not only in the pigment part, but also in the film-forming base, but they must be compatible with each other. ISO 12944-5 defines paintwork compatibility as the ability of two or more numbers of paintwork materials to be used in a coating system without revealing undesirable effects. The use of materials with incompatible binders and solvents that do not provide the necessary interlayer adhesion or high-quality uniform layer-by-layer coating lead to the need to remove the poor-quality coating and repeat the preparatory and painting work.
When formulating coating systems, it is best to use materials with one type of binder. This is especially true for chemically cured materials (epoxy and polyurethane). To ensure the necessary intercoat adhesion when applying these materials to them, it is necessary to follow the intercoat drying time recommendations very precisely. Epoxies and polyurethanes contain very active solvents (xylene, acetone, cyclohexanone), so these materials cannot be applied over physically curing reversible coatings (chlorinated rubber, vinyl, copolymer-vinyl chloride, nitrocellulose, etc.), because dissolution of reversible coatings and formation of defects can occur. When epoxy or polyurethane coatings are applied to materials that are cured with oxygen in the air (alkyd, oil), swelling and thinning of these coatings can occur and the entire coating may peel off from the metal.
Polyurethane enamels can only be applied over polyurethane, polyvinyl butyral or epoxy primers and enamels, observing the requirements for intercoat drying conditions to ensure intercoat adhesion. Epoxy enamels can only be applied over epoxy, polyvinyl butyral, zinc silicate and ethyl silicate primers and enamels.
Organosilicon and silicate paints and varnishes are not recommended to be applied over any other types paints and varnishes since most of them are thermally cured materials.
Alkyd and oil enamels can be applied to almost all physically cured paint and varnish materials, except for bitumen and pitch. In the case of using alkyd and oil enamels on coatings containing bitumen and pitches, the latter may migrate to the upper layers and change their color.
Vinyl, copolymer vinyl chloride and chlorinated rubber materials can be applied over polyvinyl butyral, acrylic, epoxy ester, zinc silicate and epoxy materials.
When choosing paints and varnishes for the repair of coatings after operation, first of all, it is necessary to clarify the paints and varnishes used in the previous painting.
When repairing, it is better to use the same paints and varnishes as in the previous painting or similar to them (on the same binder).
To eliminate errors, it is best to use the experimentally tested recommendations given in technological instructions or other documents for this material.
Generalized experimental data on the compatibility of paintwork materials on various film-forming bases are presented in table. one.
Previous coating (base) |
Subsequent coating designation |
|||||||||||||
MA |
Alc. |
BT |
XB + pitch. |
XB |
Overhead lines |
KCH |
EF |
EP |
EP + pitch |
SD |
NS |
JS |
||
Oil, oil-resin |
||||||||||||||
Alkyd |
||||||||||||||
Bituminous and pitch |
||||||||||||||
Vinyl-pitch and chlorinated rubber-pitch |
||||||||||||||
Vinyl |
||||||||||||||
Polyvinle-butyral |
||||||||||||||
Chlorine rubber |
||||||||||||||
Epoxy ester |
||||||||||||||
Epoxy |
||||||||||||||
Epoxy pitch |
||||||||||||||
Polyurethane |
||||||||||||||
Krenium-organic |
||||||||||||||
Zinc silicate on liquid glass |
Notes:
“+” - can be applied
“-” - cannot be applied
“Digit” - can be applied with the following restrictions:
1. In case the epoxy ester film-forming agent is diluted
white spirit;
2. If bitumens and pitches do not penetrate (do not migrate) to the surface
3. When applying antifouling enamel, it is advisable to use
intermediate layer to prevent diffusion of toxins into bituminous
(pitch) underlying layers;
4. After adhesion test due to the variety of solvents included;
5. After roughening or tack-free;
6. After operation for at least 3 months.
When choosing shop primers, it is necessary to take into account their compatibility with the coating systems used in the future. For the right choice should be guided by table. 2. (recommendations of the ISO 12944-5 standard).
Table 3.2
Compatibility of shop primers with paints and varnishes based on various film-forming
Factory primer |
Primer compatibility with paints and varnishes |
||||||||
Binder type |
Anti-corrosion pigment |
Alkyd |
Chlorinated rubber |
Vinyl |
Acrylic |
Epoxy 1) |
Polyurethane |
Silicate / zinc powder |
Bituminous |
1. Alkyd |
Mixed |
||||||||
2. Polyvinyl butyral |
Mixed |
||||||||
3. Epoxy |
Mixed |
||||||||
4. Epoxy |
Zinc powder |
||||||||
5. Silicate |
Zinc powder |
Notes:
“+” - Compatible
“(+)” - Check for compatibility with the participation of the paint manufacturer
“-” - No compatibility
1) - Including combinations with epoxies such as coal base lacquers.
Feedback from site visitors:
I didn’t often have to deal with acrylic materials.
First of all, these were acrylic varnishes, which were positioned as varnishes that, unlike polyurethanes, do not turn yellow over time. In principle, it turned out to be so. But there were also disadvantages acrylic materials cost more and took longer to dry, which is critical when the deadline for painting and poor heating painting area. And if the varnish does not dry normally, then there are problems with its polishing, the varnish begins to roll.
Secondly, I had to work with acrylic paints when problems arose with metallic paint, which was made on the basis of water paint... The paint supplier offered to make a metallic based on acrylic paint and, as time has shown, it was the right choice.
There is the following misconception about what is acrylic facades... Acrylic facades are called furniture facades that are covered with acrylic plastic, plastic and paint are two different things. So, don't get confused what acrylic facades are.
Paints and varnishes are applied to the protected surface, as a rule, according to multilayer systems, which can consist of primers, putties, enamels for various purposes. In this case, the paints and varnishes included in the system can be heterogeneous not only in the pigment part, but also in the film-forming base, but they must be compatible with each other. ISO 12944-5 defines paintwork compatibility as the ability of two or more numbers of paintwork materials to be used in a coating system without revealing undesirable effects. The use of materials with incompatible binders and solvents that do not provide the necessary interlayer adhesion or high-quality uniform layer-by-layer coating lead to the need to remove the poor-quality coating and repeat the preparatory and painting work.
When formulating coating systems, it is best to use materials with one type of binder. This is especially true for chemically cured materials (epoxy and polyurethane). To ensure the necessary intercoat adhesion when applying these materials to them, it is necessary to follow the intercoat drying time recommendations very precisely. Epoxies and polyurethanes contain very active solvents (xylene, acetone, cyclohexanone), so these materials cannot be applied over physically curing reversible coatings (chlorinated rubber, vinyl, copolymer-vinyl chloride, nitrocellulose, etc.), because dissolution of reversible coatings and formation of defects can occur. When epoxy or polyurethane coatings are applied to materials that are cured with oxygen in the air (alkyd, oil), swelling and thinning of these coatings can occur and the entire coating may peel off from the metal.
Polyurethane enamels can only be applied over polyurethane, polyvinyl butyral or epoxy primers and enamels, observing the requirements for intercoat drying conditions to ensure intercoat adhesion. Epoxy enamels can only be applied over epoxy, polyvinyl butyral, zinc silicate and ethyl silicate primers and enamels.
It is not recommended to apply organosilicon and silicate paints and varnishes on any other types of paints and varnishes, because most of them are thermally cured materials.
Alkyd and oil enamels can be applied to almost all physically cured paint and varnish materials, except for bitumen and pitch. In the case of using alkyd and oil enamels on coatings containing bitumen and pitches, the latter may migrate to the upper layers and change their color.
Vinyl, copolymer vinyl chloride and chlorinated rubber materials can be applied over polyvinyl butyral, acrylic, epoxy ester, zinc silicate and epoxy materials.
When choosing paints and varnishes for the repair of coatings after operation, first of all, it is necessary to clarify the paints and varnishes used in the previous painting.
When repairing, it is better to use the same paints and varnishes as in the previous painting or similar to them (on the same binder).
To eliminate errors, it is best to use the experimentally verified recommendations given in the technological instructions or other documents for this material.
Generalized experimental data on the compatibility of paintwork materials on various film-forming bases are presented in table.
Table 1
Compatibility of decorative paints and varnishes with primers. (download the table)
Primer designation based on binder |
||||||||||||||||||
Alkyd Acrylic |
||||||||||||||||||
Alkyd-Styrene |
||||||||||||||||||
Alkyd-Urethane |
||||||||||||||||||
Alkyd Epoxy |
||||||||||||||||||
Glyphthalic |
||||||||||||||||||
Rosin |
||||||||||||||||||
Rubber |
||||||||||||||||||
Organosilicon |
||||||||||||||||||
Oil |
||||||||||||||||||
Oil-styrene |
||||||||||||||||||
Melamine |
||||||||||||||||||
Urea |
||||||||||||||||||
Nitroalkide |
||||||||||||||||||
Nitrocellulose |
||||||||||||||||||
Polyacrylic |
||||||||||||||||||
PVC |
||||||||||||||||||
Polyurethane |
||||||||||||||||||
Polyester |
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Pentaphthalic |
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Perchlorovinyl |
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Copolymer- |
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Epoxy |
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Epoxy ester |
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Etriftal |
Compatibility of fillers with finishing coatings
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Compatibility of fillers with primers
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Designation |
The name of the main film-forming substances |
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Alkyd-acrylic | AS | Copolymers of acrylates with alkyds | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Alkyd urethane | AU | Alkyd resins modified with polyisonates (uralkides) | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Cellulose acetate | AC | Cellulose acetate | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Cellulose acetobutyrate | AB | Cellulose acetobutyrate | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Bituminous | BT | Natural asphalts and asphaltites. Artificial bitumen. Peki | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Vinyl acetylene and divinyl acetylene | VN | Divinylacetylene Resins and vinyl acetylene |
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Glyphthalic | GF | Alkyd glycerophthalate resins (glyphthals) | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Rosin | CF | Rosin and its derivatives: calcium, zinc resinates, etc., rosin esters, rosin-maleic resin | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Rubbery | KCH | Divinylstyrene, divinylnitrile and other latexes, chlorinated rubber, cyclic rubber | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Kopalovye | KP | Copals are fossil resins artificial copals |
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Organosilicon | NS | Organosilicon resins - polyorganosiloxane, polyorganosilazanosiloxane, organosilicon urethane and other resins | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Xifthalic | CT scan | Xylitophthalic alkyd resins (xiftals) | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Oil and alkyd styrene | MC | Oil-styrene resins, alkyd-styrene resins (copolymers) | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Oil | MA | Vegetable oils Natural oils, "oxol & raq |