Hesse PU Diamond coat DU 59x(gloss level)

An aromatic-free, two-component PU acrylic resin finishing lacquer, which is extremely scratch-resistant and abrasion-resistant and which can withstand scrubbing with steel wool.
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  • Description
  • Information on use
  • Sample process
  • Safety Data Sheets / Certificates

Fields of application

For all interior fixtures and fittings on suitable Hesse PU basecoats, including in kitchens and bathrooms as well as on shop counters as final coat for particularly wear-resistant surfaces.

Technical specifications

Appearance colourless
Density series kg/l 0.918 - 0.922
Flow time (+/- 15 %) 30 s / DIN 53211 - 4 mm
Form of delivery fluid
Non-volatile content series % 22 - 28
Profile of properties Diamond seal
VOC EU % 75.82 %
Number of coats (max) 1
Amount per layer (minimum) 100 g/m²
Amount per layer (max) 180 g/m²
Total application volume 180 g/m²
Mixing ratio (by volume) 10 : 1 PUR Härter DR 471
Mixing ratio (gravimetric) 100 : 11 PUR Härter DR 471

Information on use

Usage time 8 h / 20 °C
Pot life 2 d / 20 °C
Drying 4 h / 20 °C
Stackable after > 16 h / 20 °C
Complete drying 7 d / 20 °C
Surface preparation Clean, dry wood, dependent upon wood type and method of application.
Substrate sanding grits from-to 320 - 400
Finishing For repair purposes, after thorought sanding apply another coat of the same lacquer.
Yield per coat 5 - 9 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
Particular instructions Because of the slightly abrasive surface structure, the product is of only limited suitability for the final finish of coloured surfaces. The Hesse PU Diamond Seal is not absolutely proof against metal marking. Because of its slightly milky colour, use on dark woods, over stains or coloured varnishes is not recommended. Depending on the desired surface and base material, priming can be carried out with, e.g. Hesse primers DG 572-1, DG 534 and DG 417.
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!

Walnut shop counter, stained matt
Wood sanding: 150 - 180 grit (dust removal)
Staining: 1 x application of Hesse Precious wood stain BE 35-2004 with wiping
Drying: at least 3 h / 20 °C
Basecoat: 2 x 100 - 140 g/m² Hesse UNA-PUR Basecoat DG 534, mixing ratio (by volume) 5 : 1 with Hesse PU Hardener DR 470
Intermediate drying: at least 4 h / 20 °C
Drying of the last basecoat for at least 16 h / 20 °C
Lacquer sanding: 320 - 400 grit (dust removal)
Top coat: 1 x 120 - 140 g/m² Hesse PU Diamond Finish DU 590, mixing ratio (by volume) 10 : 1 with Hesse PU Hardener DR 471
Packable: after at least 16 h / 20 °C

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.