Versiline CUI 56990 is a MIO pigmented, fibre reinforced, inorganic co-polymer coating that cures to an inert polymer matrix, able to resist temperatures up to 650°C [1200°F] and thermal shock/cycling in dry or dry/wet service.
Conforms to NACE SP0198 – 2017 systems SS-5, CS-6 and CS-8.
Approved to Saudi Aramco APCS-11C.
Versiline CUI 56990 is recommended for long term protection of hot pipework, equipment and other hot surfaces. The product is specially developed to prevent corrosion under insulation (CUI) and is applied directly onto the steel substrate or over a zinc silicate primer.
34°C [93°F]
Legislation | Value |
---|---|
EU | 371 g/L [3.10 lb/US gal] |
US (coatings) | 369 g/L [3.08 lb/US gal] |
US (regulatory) | 370 g/L [3.09 lb/US gal] |
China | 371 g/L [3.10 lb/US gal] |
According to specific legislation, see details in the Explanatory Notes available at Hempel website, hempel.com or at your local Hempel website. Measured according to GB/T 23985-2009. VOC values may vary with shade, please consult the Safety Data Sheet, section 9.
Handle with care. Before and during use, observe safety labels on packaging and paint containers and follow all local and national safety regulations. Always consult Hempel’s Safety Data Sheet for this product along with the Product Data Sheet.
For professional use only.
Stir well before use.
Hempel’s Thinner 08080
Hempel’s Thinner 08080
Hempel’s Tool Cleaner 99610
Tool | Thinning max vol. | Application parameters |
---|---|---|
Airless spray | 10% | Nozzle pressure: 175 bar [2500 psi], Nozzle orifice: 0.017-0.021″ |
Air spray | 10% | Not Applicable |
Brush | 5% | Not Applicable |
If brush or roller application is used, more coats will be necessary to achieve the specified dry film thickness. Spray data are indicative and subject to adjustment. Pressure is for a material temperature of 20°C [68°F].
Low | High | Recommended | |
---|---|---|---|
Dry film thickness | 100 micron [4.0 mils] | 225 micron [9.0 mils] | 150 micron [6.0 mils] |
Wet film thickness | 133 micron [5.3 mils] | 299 micron [12 mils] | 199 micron [8.0 mils] |
Theoretical spreading rate | 7.5 m²/L [306 sq ft/US gal] | 3.3 m²/L [134 sq ft/US gal] | 5 m²/L [204 sq ft/US gal] |
Surface temperature | Touch dry min | Hard dry hours |
---|---|---|
10°C [50°F] | 90 min | 4 h |
20°C [68°F] | 45 min | 2 h |
30°C [86°F] | 30 min | 1.5 h |
40°C [104°F] | 30 min | 1.5 h |
Quality name | 10°C [50°F] | 20°C [68°F] | 30°C [86°F] | 40°C [104°F] |
---|---|---|---|---|
Atmospheric severe Min / Max | 18 h / Ext* | 6 h / Ext* | 3 h / Ext* | 2.5 h / Ext* |
Ext*: Depending on the actual exposure conditions, the coated surface is overcoatable for an extended period of time. Contact your local Hempel representative for advice.
– To obtain the drying time stated, it is important to maintain sufficient ventilation during application, drying and curing.
– When overcoating Versiline CUI 56990 with itself, applying the product in multiple thin passes can reduce the risk of popping/pinholes.
– The surface must be dry and clean prior to application
Ambient temperature | Product |
---|---|
25°C [77°F] | 12 months |
Shelf life from date of production, when stored in original unopened containers. Thereafter, the product quality must be re-inspected. Storage at elevated temperatures may reduce shelf life. For advice, please consult Hempel.
Dry film thickness | GWP (Global Warming Potential) |
---|---|
1 µm | 6.5 g CO₂e/m² |
1 mil | 0.034 lb CO₂e/ft² |
The carbon footprint is for 1 square meter / square foot of surface area with a dry film thickness of 1 micron / mil. The scope includes raw materials, in-bound transport to the Hempel factory, Hempel manufacturing processes, and any Volatile Organic Compounds emitted during and after the application of the product. It is calculated based on the standard shade defined in this PDS. Values may vary with shade.
Product Data Sheet – Versiline CUI 56990
Issued by Hempel A/S – June 2025
Document Version: 4/4
Source: https://www.hempel.com
Technical Guidelines and Explanatory Notes
Last accessed: 28 May 2025
Reference link: https://www.hempel.com/service-and-support/technical-guidelines
Note: Always consult the latest version of the Product Data Sheet and associated documents directly from Hempel’s official website to ensure accuracy and compliance with the most current recommendations.