ACC378

Profile Rod

General information

Applicator for preparing uniform films of coating materials, adhesives and similar products on flat and flexible substrates with ZAA 2300 / ZAA 2600 Automatic film applicator coater or for manual application
Especially suitable for flexible substrates e.g. paper, foils, cardboard, test charts, textiles, leather etc.; because small unevenness of the substrate will be levelled by the applicator
Several layers can be applied successively or close together
For very thin layers, e.g. on foils or paper
Easy to handle
Reliable results
Easy to clean

Standard delivery

1 applicator

Versions

Profile rods with a film width of approx. 320 mm (12.6”)

Versions / Ausführungen	Wet film thickness / Nassschichtdicke	Dry coat weight at solids / Auftragsgewicht bei Feststoff
Versions / Ausführungen	Wet film thickness / Nassschichtdicke	25%*	50%*	100%*
ACC378.004	4.57 μm (0.18 mil), #2	1.14	2.29	4.57
ACC378.006	6.86 μm (0.27 mil), #3	1.71	3.43	6.86
ACC378.009	9.14 μm (0.36 mil), #4	2.29	4.57	9.14
ACC378.011	11.43 μm (0.45 mil), #5	2.86	5.72	11.43
ACC378.013	13.72 μm (0.54 mil), #6	3.43	6.86	13.72
ACC378.016	16.00 μm (0.63 mil), #7	4.00	8.00	16.00
ACC378.018	18.29 μm (0.72 mil), #8	4.57	9.14	18.29
ACC378.020	20.57 μm (0.81 mil), #9	5.14	10.29	20.57
ACC378.022	22.86 μm (0.90 mil), #10	5.72	11.43	22.86
ACC378.027	27.43 μm (1.08 mil), #12	6.86	13.72	27.43
ACC378.032	32.00 μm (1.26 mil), #14	8.00	16.00	32.00
ACC378.036	36.58 μm (1.44 mil), #16	9.14	18.29	36.58
ACC378.041	41.15 μm (1.62 mil), #18	10.29	20.57	41.15
ACC378.045	45.72 μm (1.80 mil), #20	11.43	22.86	45.72
ACC378.050	50.29 μm (1.98 mil), #22	12.57	25.15	50.29
ACC378.054	54.86 μm (2.16 mil), #24	13.72	27.43	54.86
ACC378.059	59.44 μm (2.34 mil), #26	14.86	29.72	59.44
ACC378.064	64.01 μm (2.52 mil), #28	16.00	32.00	64.01
ACC378.068	68.58 μm (2.70 mil), #30	17.15	34.29	68.58
ACC378.073	73.15 μm (2.88 mil), #32	18.29	36.58	73.15
ACC378.077	77.72 μm (3.06 mil), #34	19.43	38.86	77.72
ACC378.082	82.30 μm (3.24 mil), #36	20.57	41.15	82.30
ACC378.086	86.87 μm (3.42 mil), #38	21.72	43.43	86.87
ACC378.091	91.44 μm (3.60 mil), #40	22.86	45.72	91.44
ACC378.096	96.01 μm (3.78 mil), #42	24.00	48.01	96.01
ACC378.100	100.58 μm (3.96 mil), #44	25.15	50.29	100.58
ACC378.105	105.16 μm (4.14 mil), #46	26.29	52.58	105.16
ACC378.109	109.73 μm (4.32 mil), #48	27.43	54.86	109.73
ACC378.114	114.30 μm (4.50 mil), #50	28.58	57.15	114.30
ACC378.125	125.73 μm (4.95 mil), #55	31.43	62.87	125.73
ACC378.137	137.16 μm (5.40 mil), #60	34.29	68.58	137.16
ACC378.148	148.59 μm (5.85 mil), #65	37.15	74.30	148.59
ACC378.160	160.02 μm (6.30 mil), #70	40.01	80.01	160.02
ACC378.171	171.45 μm (6.75 mil), #75	42.86	85.73	171.45
* g/m² where the calculations assume a coating density of 1 g/cm³. Actual transfer rates are affected by coating rheology. / g/m² bei Beschichtungsdichte 1 g/cm³ als Berechnungsgrundlage. Die Rheologie beeinträchtigt die effektive Nassschichtdicke.