Technical data, safety data and certificates — no registration

Full technical data for the E, EZ, P480, P720 and P1680 series is published on the product pages with every value tied to its ISO test method. The MSDS, all eight certificates and eight SGS compliance reports are direct downloads below. Cure 190–200 °C object temperature for 10–15 min, 80–120 µm film and 25 kg cartons are common to all series.

WANAN laboratory equipment: water bath, laser particle sizer, heavy-metal analyser, UV weathering, organotin analysis, salt spray cabinet

Technical data sheets

TDS by series

Each series page carries the complete coating-performance table, powder properties, application parameters and test conditions.

Series	Salt spray ISO 9227	Humidity ISO 6270-1	Xenon-arc ISO 16474-2	TDS
E seriesEpoxy	1440 h	—	—	View TDS online
EZ seriesZinc-rich epoxy	≥ 2000 h	—	—	View TDS online
P480 seriesWeather-resistant polyester	480 h	240 h	500 h	View TDS online
P720 seriesWeather-resistant polyester	720 h	480 h	1000 h	View TDS online
P1680 seriesWeather-resistant polyester	1000 h	720 h	1000 h	View TDS online

Application parameters common to all series
Application method	Electrostatic spray, 40–100 kV
Cure schedule	190–200 °C (374–392 °F) for 10–15 minObject (metal) surface temperature, not oven set-point
Film thickness	80–120 µm recommended; 80–180 µm working range
Appearance	Free-flowing powder
Packaging	25 kg carton, non-hazardous for transport
Storage	Cool, dry, below 35 °C (low-temperature-cure grades below 25 °C)
Shelf life	6 months

Test conditions behind the numbers

Panels 70 × 150 × 0.6–0.8 mm phosphated steel (0.2–0.3 mm for bend, impact, cupping), cured under agreed conditions and conditioned 24 h. Salt spray adhesion checked 24 h after exposure ends. Xenon-arc per ISO 16474-2 method 1: 0.51 W/m² at 340 nm, black-standard 65 ± 2 °C, RH 40–60 %, 18/102 min spray cycle. Tests run in WANAN's CNAS-accredited laboratory (L15415).

Downloads

Safety data, certificates, colour reference

SGS reports

Compliance test reports (2026)

Issued in Chinese; report numbers verifiable with SGS.

Guide

Powder coating 101

How thermosetting powder coatings work, pretreatment, cure, film thickness and how to read a TDS.

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Colour

RAL reference & finishes

RAL K7 shades, metallic, texture and heat-transfer finishes, custom matching.

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Compliance

Certifications & compliance

Certificate numbers, scopes, validity and SGS report table.

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Frequently asked questions

Do I need to register to download TDS or SDS?

No. Technical data for all five series is published in full on each product page, with every value tied to its ISO test method, and the MSDS, certificates and SGS reports are direct PDF downloads on this page. Formatted TDS PDFs for a specific series and colour, and SDS in additional languages, are sent by e-mail on request.

How do I calculate powder consumption?

Theoretical coverage in m²/kg equals 1000 divided by (specific gravity × film thickness in µm). For a WANAN P series powder at 1.5 g/cm³ and 100 µm the theoretical figure is about 6.7 m²/kg; at 80 µm about 8.3 m²/kg. Practical consumption is lower and depends on part geometry, transfer efficiency and reclaim, so line trials give the working figure.

What oven temperature should I set for 190–200 °C object temperature?

Higher than 190–200 °C, by an amount that depends on part mass, line speed and oven type. The TDS cure schedule refers to the metal surface temperature held for 10–15 minutes, not the oven set-point. Light sheet-metal parts reach temperature quickly; heavy castings and thick sections need a longer dwell or higher set-point, verified with a temperature-profile recorder on the actual part.

Need a formatted TDS or an SDS in another language?

Tell us the series, colour and destination market; the technical team sends the documents by e-mail.

Request documents Product pages