Knowde Enhanced TDS
Identification & Functionality
- Chemical Family
- Product Type
- Technologies
- Product Families
Features & Benefits
- Labeling Claims
- Ready-to-Use Product Features
- Product Properties
- Good weather resistance
- Good resistance to yellowing
- High gloss retention thanks to UV filters
- Active corrosion protection (use of zinc, lead and chromate-free anti-corrosion pigments)
- Weather-resistant
- Good surface hardness
Applications & Uses
- Markets
- Applications
- Compatible Substrates & Surfaces
- Processing Temperature
- At least + 9° C
- During the application the surface temperature of the surfaces to be coated must be at least + 9° C
- In any case more than 3° C above the corresponding dew point.
- Suitable Substrates
- Non-absorbent substrates such as iron, steel, galvanized substrates, non-ferrous metals, aluminum, old alkyd resin coatings, etc.
- Depending on the degree of stress on the above-mentioned substrates, carry out a test coat with an adhesion test in accordance with DIN EN ISO 2409.
- Substrates such as anodised aluminum, polyethylene or polypropylene are not suitable.
- If in doubt or if the substrate is unknown, please contact our application engineering department.
- Substrate Preparation
- The substrates/surfaces to be coated must be clean, dry and stable.
- Adhesion-impairing substances such as salt, oil, rubber abrasion, dust, rust, dirt, wax, silicone compounds or grease must be removed (see VOB DIN 18363, Part C).
- Check the subsurface for load-bearing capacity.
- Remove loose old paintwork, clean old paintwork with a suitable degreaser and then sand thoroughly.
- Carry out an intermediate sanding between the coats with appropriate abrasives.
- In the case of unfamiliar substrates, we always recommend creating a sample surface in consultation with our technical field service.
- An adhesion test according to DIN EN ISO 2409 must be carried out.
- Clean zinc, galvanized components and aluminum with an ammoniacal wetting agent wash, using an abrasive fleece or Scotch Brite, and then wash with clear water.
- Remove corrosion products by machine (e.g. cup brush) from iron, steel and zinc surfaces according to standard cleanliness level St2.
- If necessary, blasting of the surfaces (standard degree of cleanliness Sa 2½)
- Surfaces on which a long protection period (ÿ 10 years) is expected should be primed with Delta® AntiCor 1K - IntensivGrund.
- A primer with Delta® AntiCor 1K - IntensivGrund is necessary for galvanized steel substrates and aluminum.
- Corners, sharp edges, screws and nuts should always be primed before carrying out the respective coating steps.
- Coating Structure
Dimensionally Accurate Wooden Surfaces / Wood-based Materials:
- Prime coat with undiluted Delta® AntiCor 1K-Intensive-Primer.
- If necessary, intermediate coat with undiluted Delta® AntiCor 1K Protop - SG.
- Top coat with undiluted Delta® AntiCor 1K - Protop SG.
Wooden Surfaces Are Maintenance Surfaces:
- Regular inspection and maintenance of coated wooden components is necessary to avoid damage to the component and/or the paint film.
- We therefore recommend subjecting coated wooden components to constant qualified assessment and professionally eliminating any defects that occur on the component or the coating film immediately.
- Aggressive substances such as strong acids, alkalis, disinfectants, organic dyes (such as tea, coffee, red wine) can lead to color changes.
- This does not affect the functionality of the paint film.
- The maximum permissible wood moisture content must not exceed 15%.
Iron Steel:
- Derust corroded iron and steel surfaces at least mechanically by hand or machine, in individual cases derust purely metallically (Sa 2 ½). If in doubt, consult our application engineering department.
- Depending on the degree of stress, prime with Delta® AntiCor 1K-Intensive-Grund undiluted.
- Depending on the application, intermediate coat with Delta® AntiCor 1K Protop - SG undiluted.
- Top coat with undiluted Delta® AntiCor 1K Protop - SG.
Aluminum / Hart-PVC:
- Wash aluminum surfaces with nitro thinner using a brush. Rub off with a clean cloth. Sand with abrasive fleece (e.g. Scotch Brite). Remove sanding dust with a cloth soaked in solvent; Control: cloths must no longer become darkly discolored due to sanding dust.
- Prime with undiluted Delta® AntiCor 1K-Intensive-Primer.
- Depending on the application, intermediate coat with Delta® AntiCor 1K Protop - SG undiluted.
- Top coat with undiluted Delta® AntiCor 1K Protop - SG.
Galvanized Substrates:
- Clean galvanized substrates using an ammoniacal wetting agent wash with the aid of an abrasive fleece and then wash with clear water.
- Prime with undiluted Delta® AntiCor 1K-Intensive-Primer.
- Depending on the application, if necessary, intermediate coat with Delta® AntiCor 1K Protop - SG, undiluted.
- Top coat with Delta® AntiCor 1K Protop - SG, undiluted.
Load-bearing Alkyd Resin Coatings:
- Sanding with a sanding pad (e.g. Scotch Brite). Sanding dust with solvent-soaked.
- Remove rag.
- Prime coat with Delta® AntiCor 1K Protop - SG, undiluted.
- Top coat with Delta® AntiCor 1K Protop - SG, undiluted.
- Processing
- Delta® AntiCor 1K - Protop SG is used to protect metals and non-ferrous metals.
- The product can be used according to the respective requirement profile, directly (DTM = Direct to Metal) or in the case of an increased protection period of the coating together with the primer Delta® AntiCor 1K - IntensivGrund (see technical data sheet Delta® AntiCor 1K-IntensivGrund).
- Delta® AntiCor 1K - Protop SG can be applied with a brush, roller, airless and air-assisted airless spraying (air mix).
Dilution:
% Dilution Thinner Paint Brush 5 - 10 % Delta® AntiCor 1K protope dilution Role 5 - 10 % Delta® AntiCor 1K protope dilution Airless 0 - 5 % Delta® AntiCor 1K protope dilution Air-Mix 0 - 5 % Delta® AntiCor 1K protope dilution - Recommended Layer Thicknesses
Dry Nass Theoretical Yield Minimum 30m 70m approx. 15m²/L Maximum 80m 170m approx. 6m²/L Optimal 60m 130m approx. 8m²/L
Properties
- Typical Properties
- Gloss Level
- 55 ± 10 U. (measured at a 60° angle).
- The degree of gloss depends on the respective layer thickness and the surface finish.
- Theoretical Fertility
- 15 m² / L with a coating thickness of 30 µm (dry)
- 6 m² / L with a coating thickness of 80 µm (dry)
- 8 m² / L with a coating thickness of 60 µm (dry)
- Exact consumption quantities are to be determined on the respective object
- The practical yield depends mainly on the roughness and porosity of the substrate, the applied layer thickness and the losses during the airless spraying process.
| Value | Units | Test Method / Conditions | |
| Density (20°C) | 1 - 1.2 | g/m³ | - |
| Solids Content by Volume | 48.0 | % | - |
| Relative Humidity | max. 85 | % | - |
Technical Details & Test Data
- Processing Data
Drying at 20°C / 75%Rel. LF at 60 µm Dry Film Thickness:
- Dust drying depending on the ambient temperature (see table).
Dust Dry Glue Free Dry 10°C approx. 1 hour 8 hours After approx. 16 hours 20°C approx. 20 minutes 2 hours After approx. 5 hours 30°C approx. 30 minutes 1.5 hours After approx. 4 hours Waiting Times Between Coats (Relative Humidity 75%) With a Dry Film Thickness of 40 µm:
Surface Temperature Minimum (Hours) Maximum (Hours) 10°C 30 72 20°C 24 48 30°C 16 48 - In order to avoid inter-coating problems during the coating processes, it is recommended to apply the top coat within 3 days.
- If this is not possible, the base coat must be cleaned and sanded before the subsequent coat is applied.
- In the case of longer painting intervals, thorough cleaning of essential so contaminated intermediate coats does not affect the adhesion of the subsequent coat of paint.
- Spray Data
Airless Air-Mix Color Spray Print 100 - 150 bar 50 - 80 bar Minimum Pressure Ratio 30:1 20:1 Flow Rate 30cc/double turn 30cc/double turn Spray Nozzle 0.009-0.013 inches 0.009-0.013 inches Spray Angle 40° - 50° 40° - 50° Gun Filter 150 grid (0.009")
100 grid (0.013")150 grid (0.009")
100 grid (0.013")Spray Pressure at the Gun - 1 - 2 bar - The above information is a guide.
- Exact values can only be determined device-specifically on site.
Packaging & Availability
- Pack Sizes
1.00L / 2.50L / 4L / 10L
Storage & Handling
- Storage Stability
min. 3 years in the closed original container when stored in a dry environment at a temperature between -20°C and +40°C.