Fields of application
Hesse PU metallic finishing lacquers are used, for instance, for hotel fixtures and fittings, the fit-out of individual shops and sophisticated interior design.
Technical specifications
| Appearance |
glazing
|
| Density series kg/l |
0.914 - 0.93
|
| Flow time (+/- 15 %) |
61 s / DIN EN ISO 2431 - 4 mm
|
| Form of delivery |
fluid
|
| Non-volatile content series % |
19 - 22
|
| VOC EU % |
78.839996 %
|
| Number of coats (max) |
1
|
| Amount per layer (minimum) |
80 g/m²
|
| Amount per layer (max) |
100 g/m²
|
| Total application volume |
100 g/m²
|
| Mixing ratio (by volume) |
10 : 1 PU Hardener DR 4070
|
| Mixing ratio (gravimetric) |
100 : 10 PU Hardener DR 4070
|
Information on use
| Usage time |
8 h / 20 °C
|
| Pot life |
8 h / 20 °C
|
| Drying |
3 h / 20 °C
|
| Stackable after |
> 16 h / 20 °C
|
| Complete drying |
7 d / 20 °C
|
| Surface preparation |
Prior to application, the surface must be sanded, clean and free of grease.
|
| Substrate sanding grits from-to |
320 - 600
|
| Finishing |
Combine with suitable, light fast PU multicoat, finishing and brilliant lacquers to achieve the desired effect (e.g. DE 4259x(gloss level), DE 4503x(gloss level), DU 45229).
|
| Yield per coat |
9 - 12 m²/l
The spreading rate is heavily dependent on the type of application. The specifications relate to a liter of ready-for-use product, if necessary including hardener and thinner.
|
| Storage temperature |
16 - 25 °C
|
| Working temperature |
20 °C
|
| Processing instructions |
Single-coat application at 80 - 100 g/m2 is possible on surfaces prepared with coloured lacquer. In the mixing ratio 5 : 1 (by volume) with DR 4076-0001, after prior mixing in of 5 % glass lacquer additive EL 460-0025 as a lacquer component, it can also be used for direct coating on glass. The glass surface must be carefully cleaned and this should be performed with Hesse glass cleaner ZD 101. If a coloured finish is subsequently to be applied, please also harden DB 45245-(colour tone) or DB 45205-(colour tone) with DR 4076-0001 at a mixing ratio of 5 : 1 (by volume).
|
| Particular instructions |
Metallic lacquers must be applied evenly. The application quantity, application methods and drying conditions all significantly influence colour tone and effect. Pre-priming is possible depending on the desired finish and substrate, for example with DB 45245-(colour tone) or DB 45205-(colour tone). The reflection and multicoloured effects can only be achieved on a black substrate.
|
| General instructions on workmanship |
PU lacquers should not be applied and dried at material and room-temperatures below 18 °C and 40 % RH. Ideal values are: 20 - 25 °C, 50 - 65 % RH. Deviations will result in drying or hardening errors. In order to avoid adhesion problems, please sand the PU lacquered surfaces before applying fresh lacquer and apply lacquer to the sanded surfaces as soon as possible. Old lacquer and hardener mixtures affect the surface quality (adhesion/resistance). Freshly bleached substrates must undergo intermediate drying for at least 48 h at 20 °C before coating with suitable PU lacquers. If stored correctly (at least 20 °C room temperature), the final hardness of the coating is achieved after a week.
Please apply a test coat under real conditions!
|
The coating process and the precise treatment parameters are adapted in each case to the respective application and drying conditions and can be found in the customer-specific process descriptions (surface techniques).
Material Safety Data Sheets
Contact
Our technical information is continually adapted to keep up to date with the latest technology and statutory regulations. The latest version is always
available online at www.hesse-lignal.de or talk to your local account manager. This information is for advice and is based on the best knowledge
available and careful research in line with the current state of the art. This information cannot be held as legally binding. We also refer you to our
terms and conditions of business. Safety data sheet is provided in accordance with EC regulation no. 1907/2006.
