Our products

Or find your NTC product by choosing the right surface:

There are two standard product-groups:
1. The U-SIL heat-cured coatings for light metals.
2. Air drying ET-SIL for light metals or concrete and cement based substrates.

U-SIL

Heat-cured coatings

U-SIL products are heat-cured coatings for aluminium, magnesium, stainless steel or titanium in industrial applications.

Aluminium decorative trimming with U-SIL coating in various colors.

The most common area of application for U-SIL products is in heat and cooling technology. The automobile industry relies on the services of the technology for heat exchangers, trims, roof rails and turbocharger housings.

U-SIL coatings are available in colourless, coloured transparent and opaque pigment versions.

Turbocharger

German turbocharger with a U-SIL coating.

Heat exchanger

This industrial heat exchanger lasts for longer thanks to its U-SIL coating.

Coil coatings

U-SIL coatings are widely used in the coil coating industry.

Our U-SIL coatings are available as follows:

Our U-SIL products sorted by use cases:

U-SIL Coatings

Name

Distinction (**DLT/S)

Application Examples

Base²

Base Coats

Basecoat U-SIL 100

22 wt %

Base coats without chromate for powder coating and conventional top coats on aluminium; base coat on galvanised steel

a to g

U-SIL Coatings

Name

Distinction

Application Examples

Base²

Basecoat U-SIL 100 GL

45 wt %

a to g

U-SIL Coatings

Name

Distinction

Application Examples

Base²

DTM* Coatings Clear

Clearcoat U-SIL 110

22 wt %

Single layer coatings for light metals with excellent corrosion protection and pronounced hydrophobicity (easy to clean) directly on aluminium or zinc lamellar base coats; coil process possible; use e.g. on heat exchangers.

a to h

U-SIL Coatings

Name

Distinction

Application Examples

Base²

Clearcoat U-SIL 120 GL

40 wt %

High alkali resistance; coil process possible

a to h

U-SIL Coatings

Name

Distinction

Application Examples

Base²

Clearcoat U-SIL 130 BW

54 wt %

High acid resistance, coil process possible; aluminium pressure casting (e.g. turbocharger housings)

a to i

U-SIL Coatings

Name

Distinction

Application Examples

Base²

DTM* Coatings Pigmented

U-SIL 110 blue/green/yellow

5-10 µm after hardening, 22 wt %

a to f

U-SIL Coatings

Name

Distinction

Application Examples

Base²

U-SIL 120 GL black

10-15 µm after hardening, 40 wt %

Aluminium (heat exchangers); coil process possible; anodised surfaces, e.g. automotive trim parts

a, b, e

U-SIL Coatings

Name

Distinction

Application Examples

Base²

U-SIL 130 GL blue

3-10 µm after hardening, 40 wt %

a to f

*DTM = Direct To Metal
**DLT = dry layer thickness/S = solid

²Base surfaces

a: Aluminium

b: Anodised surfaces

c: Magnesium

d: Titan

e: Brass

f: Stainless steel

g: Galvanised steel

h: Zn lamellar coating

i: Aluminium pressure casting

ET-SIL

Air drying

ET-SIL products are two-component, single layer coating for the inconspicuous protection of modern facades, buildings and structures in general.

They offer a sustainably easy-to-clean effect for thin coating thicknesses, resistance to weather, corrosion, solvents and attack from acid or alkaline substances. Basic anti-graffiti properties are also implemented.

ET-SIL products are available in transparent in matt or gloss finishes and offer good resistance despite the layer being inconspicuous.

Our ET-SIL coatings are available as follows:

Tubecoat

Air drying

Tubecoat is a single-coat product with very high resistance and easy-to-clean surface for concrete and cement based substrates.

Concrete coating is based on FUSCO^®-technology. Silicon organic compounds are used in Tubecoat that react with the silicate structures at the surface of the concrete. They also have organic chains, the length and chemical nature of which can be varied.

This makes it possible – adapted to the relevant requirements – to set the surface characteristics between the extremes of ‘glass-like’ and ‘plastic-like’.

Thus by using FUSCO^® technology in Tubecoat several application steps can be saved; no deep primer is necessary. The surface that is to be coated need only be free of dust, grease and oil. Only coarse unevenness and cracks need to be removed with a preliminary treatment. The two-component coating material has a solid content of 98%. This almost completely avoids loads from organic solvents. The coating is applied using established procedures such as airless spraying or roller application. 1 kg of the coating material produces a coating surface of approximately 3 to 4 m². The coating hardens at normal ambient temperatures.

The resulting surface has a silky gloss appearance and is characterised by high quality functional qualities. Its coating thickness is, in contrast to a multiple of this in traditional coatings, only 100 to 200 μm – an example of the material savings achieved thanks to NTC technology. It displays high coverage capacity and good anti-graffiti properties and is extremely resistant to mechanical and chemical loads. Good gloss retention is combined with high UV, weather and de-icing salt resistance. The barrier effect against carbon dioxide and breathability are comparable to the values of conventional multi-layer systems and in some cases even better them.

A fixed pallet of standard colours is available. While high-pressure cleaners and cleaning materials with surfactants are general required to clean traditional coatings under the same application conditions, this can be carried out on Tubecoat coatings with just pressurised water. The products have been tested in the long term in many locations. Test areas that were applied in the Zingel Tunnel in Switzerland in 2007 are not displaying any damage to date and their easy-to-clean properties remain unchanged.

Parts of the Gubrist Tunnels in Switzerland have been coated with Tubecoat since 2009 and their performance is undiminished to this day. It has already been possible to noticeably reduce maintenance costs. This project was realised by NTC in cooperation with the Swiss Federal Office for Roads (Astra). The protection against carbonisation, UV effects, chloride ions and graffiti is the focus of a series of ongoing applications in Australia and lately in the USA, where various tunnels, motorway bridges and concrete crash barriers have been fitted with this innovative coating material in cooperation with the authorities and domestic construction companies.

There are also several projects underway in New Zealand. It was primarily the excellent anti-graffiti effect of the FUSCO^®products that led to their use in the renovation of historical Spanish railway stations.

In project business interior and exterior areas on various cooling towers and power stations in Australia are currently being coated.

This is possible because of the short application times, the advantages of single-coat application and the guarantee of the enormously high chemical resistance that is necessary in the emission section of the cooling towers.

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