HtmlArea Control could not Render. - Microsoft.CSharp.RuntimeBinder.RuntimeBinderException: 'Lighthouse.Lh3.FrontEnd.Controls.VenddExpando' does not contain a definition for 'PopupInit'
at CallSite.Target(Closure , CallSite , Object )
at CompiledRazorTemplates.Dynamic.deffaaebf.Execute()
at RazorEngine.Templating.TemplateBase.RazorEngine.Templating.ITemplate.Run(ExecuteContext context) in c:\_git\RazorEngine\src\Core\RazorEngine.Core\Templating\TemplateBase.cs:line 127
at RazorEngine.Razor.Parse[T](String razorTemplate, T model, String cacheName) in c:\_git\RazorEngine\src\Core\RazorEngine.Core\Razor.cs:line 276
at Lighthouse.Lh3.FrontEnd.Controls.HtmlListControlTemplate`1.RenderBox(Object data) in d:\Data\BuildAgents\Agent3\work\d5bc7274f11bdce5\Lighthouse.Lh3.FrontEnd\Controls\Base\HtmlListBase\HtmlListControlTemplate`.cs:line 43
SPECIFICATIONS: ASTM D3306, BS 6580:2010, ÖNORM
V 5123, CUMMINS CES14339, DAF MAT 74002, DETROIT DFS93K217, FORD WSS-M97B44-D,
JOHN DEERE JDM H5, IVECO 18-1830, MAN 324 Type SNF, MB 325.3, MTU MTL 5048, Porsche
from MY 1996 to MY 2008, VW TL 774-D/F (G12/G12+) etc.
Complies with Gov. Gaz. 2988/B/22-11-2013.
EKO ANTIFREEZE SUPER is a long-life concentrated ethylene glycol-based engine coolant of Organic Acid (OAT) corrosion inhibitor technology, free of nitrites, amines, phosphates, borates and silicates. EKO ANTIFREEZE SUPER is suitable for light and heavy-duty gasoline and diesel vehicles of various manufacturers and technologies. Thanks to the virtually non-consumable OAT-technology additives, EKO ANTIFREEZE SUPER provides protection for up to five years against corrosion, freezing and overheating.
EKO ANTIFREEZE SUPER is suitable for use in modern engines made of cast iron, aluminum or a combination of these two metals, and in cooling circuits made of aluminum or copper alloys. It is particularly recommended for high-tech engines, where high temperature protection in aluminum parts is very important for their proper operation.
For effective anti-corrosion protection, EKO ANTIFREEZE SUPER should be used at a minimum concentration of 33% by volume in deionized water. For optimal protection, manufacturers recommend use at a concentration of 50% by volume in deionized water.