Verified installations · GWR NANO INSULATION®

References.

From residential buildings through industrial facilities to FIFA stadia: GWR NANO INSULATION® meets prescribed thermal performance parameters in building geometries and installation constraints where conventional insulation systems are not applicable. Every project is underpinned by accredited laboratory testing and site measurement data.

43%
Verified annual energy saving
45countries
International market presence
20yr
Contractor workmanship warranty

2022 FIFA World Cup

Local projects

Hungary.

Private residence with a curved pediment and columned loggia, facade treated with GWR NANO INSULATION® coating, Gödöllő
Residential · Retrofit Gödöllő, Hungary

Grand private residence – facade and terrace insulation

Full envelope and horizontal terrace insulation of a private residence articulated by a curved pediment and a columned loggia. The curved surfaces, columns and other architectural features cannot be encapsulated by conventional board insulation due to geometric constraints; GWR NANO INSULATION® applied by airless spray conforms uniformly to every surface profile, forming an uninterrupted coating layer.

Two-storey modern private dwelling facade with GWR NANO INSULATION® coating, Siófok — white render, pre-completion state
New-build residential Siófok, Hungary

Modern two-storey dwelling – facade insulation

GWR NANO INSULATION® can replace conventional External Thermal Insulation Composite Systems (ETICS): applied directly to the existing render substrate with no structural intervention, mechanical fixings or render build-up. There is no adhesive board system, no rail framework — the original facade thickness and geometry are preserved, and the installation programme is significantly shortened. The minimal dry film thickness also preserves the original arrises and window reveals.

Completed multi-storey panel block facade with GWR NANO INSULATION® coating — street view
Residential · Retrofit Jászberény, Hungary

Multi-storey panel block – facade thermal insulation

Airless spray application can be carried out from elevated work platforms without full scaffold erection. Resident disruption and site exclusion periods are minimised; no through-panel fixing penetrations require sealing or remediation after completion. The joint-free coating also eliminates thermal bridging at panel junctions, the weak points board insulation tends to leave untreated. The treatment suits energy retrofit programmes targeting a sustained reduction in residents' utility costs.

Interior structural ribs of a metal-framed glass roof section treated with GWR NANO INSULATION® coating — MarázPlast, Kaposvár
Commercial · Industrial Kaposvár, Hungary

Metal-framed glazed industrial roof section – internal insulation

Thermal treatment of the internal structural ribs and adjoining aluminium profiles of the metal-framed glass roof at MarázPlast's site. GWR NANO INSULATION®'s combined radiation barrier and conduction resistance attenuate solar infrared heat flux, reducing summer heat gain and air-conditioning demand in the space beneath the glazed roof. In winter, the same resistance reduces heat loss through the metal frame.

Listed heritage building with arched window surrounds and ornamented cornice, treated with GWR NANO INSULATION® coating, Gödöllő
Listed building · Retrofit Gödöllő, Hungary

Listed heritage building – facade insulation

On a building under monument protection, heritage regulations strictly limit the scope of intervention: its visible appearance and ornamental elements cannot be altered. Conventional board insulation, several centimetres thick, would obscure the arched window surrounds and cornice profiles. GWR NANO INSULATION®'s 1 mm dry film thickness improves thermal performance while leaving the building's original appearance unchanged.

Multi-storey panel block facade partially coated with GWR NANO INSULATION®, self-propelled lift platform — treated and untreated surface side by side
Residential · Retrofit Budapest, District IV, Hungary

Multi-storey panel block insulation

One section of the facade already shows the GWR NANO INSULATION® coating's smooth, uniform finish, while the adjoining section remains untreated, still showing the original panel surface texture. Self-propelled lift application allows the works to proceed on a defined schedule, section by section, without disrupting residents. The visual contrast clearly illustrates the coating's seamless, joint-free finish against the conventional panel surface.

FLIR thermal imaging survey inside a metal-clad industrial building — visual documentation of heat distribution
Industrial · Thermal imaging Hungary

Thermal imaging survey – measurement documentation

The cooler, lighter-toned square in the thermal image is the section of metal cladding treated with GWR NANO INSULATION® — under thermal loading, this surface does not heat up, in clear contrast to the surrounding untreated trapezoidal steel, which reaches a visibly high surface temperature (yellow-red range). The temperature differential, captured in a single frame, directly demonstrates the coating's conductive heat-blocking performance under real, measured conditions.

Two-storey family house facade with GWR NANO INSULATION® coating in two distinct colour tones, Paks
Family house · Facade insulation Paks, Hungary

Two-storey family house – facade insulation

On this two-storey family house, the GWR NANO INSULATION® coating was applied in two distinct colour tones - site-tintability allows the upper and ground-floor sections to be visually differentiated, without any separate decorative layer. The coating forms a continuous, seamless surface across the entire facade, including the varying wall geometry and the eaves junctions at roof level.

Two-storey medical clinic facade with GWR NANO INSULATION® coating, Budapest District XVII
Healthcare facility · Renovation Budapest, District XVII, Hungary

Medical clinic – facade insulation

At an actively operating medical clinic, the works were carried out in scheduled phases without disrupting patient care - airless spray application's fast drying time keeps work-area closures short. For healthcare facilities, the coating's accredited laboratory-verified antibacterial surface effect is especially relevant, meaningfully inhibiting the surface growth of pathogenic bacteria.

Visual documentation

Site montages.

On-site montage of exterior thermal insulation work: from surface preparation through to the finished coating, compiled from several different projects.
On-site montage of interior thermal insulation work: from surface preparation through to the finished coating, compiled from several different projects.

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