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Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060

Quick Specs

Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 is a water-borne paint, used as a topcoat. Suitable for overcoating on previous coats such as acrylic or epoxy, used as a protective, highly decorative, weather-resistant topcoat for metal structures or concrete surfaces in various atmospheric environments. A self-cleaning, highly weather-resistant, water-borne two-component fluorocarbon topcoat made from water-borne hydroxy fluorocarbon emulsion, water, high-weather-resistance pigments and fillers, additives, hydrophilically modified hardener, etc. Parameters on this page: volume solids 47 ± 3%, dry film thickness 30/50/80 µm, theoretical spreading rate 0.213 kg/m². Comparable products of the same brand: Water-borne High-performance Fluorocarbon Topcoat ZDW3050, Water-borne Acrylic Topcoat ZD5100, Water-borne Acrylic Topcoat ZDW3051.

Data source: ZINDN original Technical Data Sheet (TDS), "Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060"; spreading rate and other values are converted from the TDS parameters, for selection reference only.
The above content is compiled from the manufacturer's datasheet and this site's parameter tables. For selection, coating systems and lead times, pleaseContact Usfor confirmation.

This page carries the full TDS for this product, translated from the manufacturer's original document. No file download is needed; for an original-language copy, send an enquiry.

Volume Solids47 ± 3%
Dry Film Thickness30/50/80 µm
Theoretical Spreading Rate0.213 kg/m²
VOC≤200g/L
Density / Specific Gravity1.25 ± 0.1
Number of ComponentsTwo-component
Flash Point>95°C
ThinnerDeionised water (clean tools before the paint is touch dry; once touch dry, a glycol ether solvent may be used for tool cleaning…
Mixing RatioComponent A (base) : Component B (curing agent) = 7:1

Browse Similar Models by CategoryThis model belongs to: Topcoat, Water-borne, Fluorocarbon

ZDW3060 Water-borne Nano-modified Fluorocarbon Topcoat

Product description

A self-cleaning, highly weather-resistant, water-borne two-component fluorocarbon topcoat made from water-borne hydroxy fluorocarbon emulsion, water, high-weather-resistance pigments and fillers, additives, hydrophilically modified hardener, etc. Fluorine content above 22%.

Key features

Excellent adhesion and gloss/colour retention, combining protection with high decorative function;

High dirt resistance;

Low VOC content, low odour, environmentally friendly.

Intended use

Suitable for application over acrylic or epoxy previous coats, as a protective, highly decorative, weather-resistant topcoat for metal structures or concrete surfaces in various atmospheric environments.

Specification data

ColourVarious colours
GlossFlat
Volume Solids47±3%
Mixed density (kg/L)1.25±0.1

Typical film thickness and theoretical spreading rate

Dry film thickness (µm)Minimum 30Typical 50Maximum* 80
Wet film thickness (µm)63.8106170
Theoretical spreading rate (kg/m²)0.0790.1320.213
Practical Spreading RateAllowing for a suitable loss factor
VOC content≤200g/L

Suitable substrates and surface preparation

Remove all oil, grease and contaminants from the surface with a suitable cleaner; keep the surface clean, dry and free of contamination.

This product must be applied over the recommended primer or intermediate coat.

Application and curing conditions

MixingThis product is supplied as two containers forming one unit. Stir the base thoroughly with a power mixer, add the curing agent in the specified ratio, stir again with a power mixer, and add the recommended thinner to adjust to a suitable application viscosity. Once mixed, use within the specified pot life.
Thinner / Cleaning SolventDeionised water (clean tools before the paint is touch dry; once touch dry, a glycol ether solvent may be used for tool cleaning)
Mixing ratio (by weight)Component A (base) : Component B (curing agent) = 7:1
Induction TimeNo induction required

Pot life after mixing

5°C15°C25°C35°C
4.5 h3.5 h3 h1.5 h

Application

Application MethodsAirless spray or air spray is recommended; brush and roller are recommended only for touch-up, small-area application or repair.

Use a soft brush or short-nap roller to minimise air entrapment.

Application parameters

Application MethodsUnitHigh-pressure airless sprayAir SprayBrush/roller
Spray gun tip sizemm0.38~0.481.5~2.0——
Spray pressurekg/cm²150~2003~4——
Thinning quantity%0~50~100~5

Drying/curing time and recoat interval

Substrate surface temperature5°C15°C25°C35°C
Touch Dry1 h45 min30 min20 min
Hard Dry24 h12 h8 h4 h
Minimum recoat interval24 h12 h8 h4 h
Maximum recoat interval30 days, with the surface to be coated kept clean and dry

Note: the above data are measured under well-ventilated conditions, at typical film thickness and 65% relative humidity, and are for reference only.

Actual drying times and the interval before recoating may be longer or shorter depending on film thickness, ventilation, humidity, the underlying paint, requirements for early handling and mechanical strength, and other factors. The coating must be fully cured before immersion service.

Typical paint system

Preceding paintVarious epoxy, polyurethane intermediate coats or anti-corrosive primers

Notes

During application and drying/curing, the relative humidity must not exceed 80%.

With roller and brush application, several coats may be required to achieve full hiding, especially for certain lead-free bright colours such as yellow and orange.

Packaging, storage and handling

Packaging SpecificationsBase 21 kg, hardener 3 kg
Flash Point>95°C
Storage conditionsStore in accordance with national regulations. Keep at a temperature above 0 °C in a dry, cool, well-ventilated place away from heat and sources of ignition. Keep containers tightly closed.
Shelf lifeShelf life is 1 year under good storage conditions.

Health, safety and environmental protection

Site safety must comply with the relevant national or local regulations. Read the safety labels on the packaging and the product Safety Data Sheet (MSDS).

Avoid inhaling spray mist, avoid contact of paint with skin and eyes, and do not swallow the product. Take the necessary precautions and protective measures to protect the environment. Use only in well-ventilated conditions. In confined or poorly ventilated areas, provide forced ventilation.

Waste disposal must comply with the relevant national or local regulations.

Disclaimer

The information and data in this document are accumulated from our tests and practical experience and may serve as an application guide. Since the use of the product is generally beyond our control, we guarantee only the quality of the product itself. We reserve the right to modify this document without prior notice as the product is improved.

Version informationPublished in June 2022; this data sheet supersedes all previous versions

Information is subject to the manufacturer's latest version; the manufacturer's latest TDS prevails.
The technical parameters on this page are taken from the product's original manufacturer technical datasheet, the copyright of which belongs to the manufacturer. If a rights holder considers the presentation inappropriate, contact us for verification and handling.

FAQ

How many components does Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 have?
Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 is a two-component product; mix according to the ratio in the "Coating Data" table on this page before use.
What is the mixing ratio of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060?
The mixing ratio of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 is Component A (base) : Component B (hardener) = 7:1.
What is the typical dry film thickness for Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060?
The typical dry film thickness of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 is 30/50/80 µm; the exact value depends on the coating system and design requirements.
What is the theoretical spreading rate of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060?
The theoretical spreading rate of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 is 0.213 kg/m²; actual consumption depends on substrate roughness, application losses and colour opacity.
What is the volume solids of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060?
The volume solids of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 is 47 ± 3%.
What is the VOC of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060?
The VOC of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 is ≤200 g/L.
What is the gloss of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060?
The gloss of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 is flat.
What thinner is used with Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060?
Recommended thinner for Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060: deionized water (tools should be cleaned before the paint is surface-dry; after the paint is surface-dry, alcohol ether solvents can be used for...).
What is the flash point of Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060?
The flash point of Waterborne Nano-modified Fluorocarbon Topcoat ZDW3060 is >95°C; storage, transport and application shall be carried out in accordance with the product Safety Data Sheet.
How is Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 applied?
Application method for waterborne nano-modified fluorocarbon topcoat ZDW3060: airless spray or conventional air spray are recommended; brush and roller application are recommended only for stripe coating, small areas or touch-up; surface preparation and coating systems are as described on this page.
Where can Water-borne Nano-modified Fluorocarbon Topcoat ZDW3060 be purchased?
RichTech Industrial Technology (Shanghai) Co., Ltd. distributes industrial and marine coatings, representing brands including JOTUN, HEMPEL, International, PPG and KANSAI, and provides product selection, coating systems and quantity calculations. Company address: Changhui Building, 799 Yinxiang Road, Jiading District, Shanghai.

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Purchase & Documents

Packaging specifications and batch lead times are subject to actual availability. PleaseContact Uscontact us for project-based calculation.

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