What is VIPEQ IRELAND?

A professional platform for advanced, breathable, and flexible building coating systems designed to solve damp, cold, and structural issues in Irish homes and commercial properties.

Can it be applied around existing pipework and equipment?

Yes. Spray-applied natural cork coatings are particularly suited to congested plant rooms because they conform to the structure without the bulk and access issues of rigid boards.

Does it insulate the pipework itself?

VIPEQ thermal coatings are applied to building surfaces — walls, steelwork and structures — rather than as pipe insulation. We advise on where the system is appropriate within your plant room.

Will it stop condensation in my plant room?

By raising the surface temperature of cold walls and steelwork above the dew point, an appropriate thermal coating reduces the conditions that lead to condensation. Results depend on humidity, ventilation and the specific surfaces — we assess each case.

Is it suitable for HVAC plant rooms?

Yes. HVAC plant rooms with chilled and heated systems are a common application — we assess each room and advise on suitability.

Is the coating vapour-permeable?

Yes. VIPEQ cork-enhanced systems are vapour-permeable, allowing the substrate to breathe.

Do you cover all of Ireland?

Yes — we assess and quote for plant room projects across all counties in Ireland.

Mechanical / HVAC Plant Rooms — Condensation Control

Plant Room Condensation & Thermal Insulation Ireland

Spray-applied natural cork thermal treatment for plant rooms, mechanical rooms and HVAC service areas. By raising the surface temperature of cold walls, steelwork and structures, an appropriate VIPEQ thermal coating helps prevent condensation in congested mechanical spaces.

Call 083 0982463

Plant & Mechanical RoomsHVAC CondensationCold Pipe AreasSurface Temperature ControlNatural Cork

The Plant Room Challenge

Condensation in Plant & Mechanical Rooms

Plant rooms and mechanical rooms house boilers, chillers, pumps, pipework and air-handling equipment that creates complex temperature and humidity conditions. Cold pipework, ducts and equipment surfaces, combined with cold walls and steelwork, create multiple surfaces that can fall below the dew point and condense moisture.

Condensation in plant rooms causes corrosion of steelwork and equipment, wet floors creating slip and electrical hazards, and degradation of building fabric. In HVAC plant rooms, the interaction between chilled and heated systems creates persistent condensation on cold surfaces.

Rigid insulation is often impractical in congested plant rooms — it reduces access to valves and equipment, and is difficult to form around complex pipework and steelwork. A spray-applied natural cork thermal coating applied to walls, steelwork and structures raises surface temperature and reduces condensation while preserving access.

Why Plant Rooms Are Different

Plant rooms combine cold and warm surfaces in close proximity, complex geometries, and the need to maintain access to equipment. A spray-applied natural cork coating conforms to the structure without reducing clearance — unlike rigid boards that obstruct valves, pipework and equipment.

Surface Temperature, Dew Point & Condensation

Condensation forms when warm, moisture-laden air meets a surface whose temperature has fallen below the dew point. By improving the thermal behaviour of a cold surface, an appropriate thermal coating can help raise the internal surface temperature and reduce the conditions that lead to surface condensation.

Humidity

Surface Temp

Dew Point

Key Benefits

Raises wall and surface temperature to reduce condensation

Spray-applied natural cork — preserves access to valves and equipment

Thin-film — minimal space loss in congested rooms

Conforms to steelwork, concrete and irregular geometries

Vapour-permeable — substrate can breathe

Treats thermal bridges at columns and steelwork

No battens or mechanical fixings

Suitable for retrofit without full strip-out

Plant Room Applications

Where Thermal Treatment Applies

Plant Room Walls

Anti-condensation treatment for cold wall surfaces in boiler, chiller and mechanical plant rooms.

Mechanical Rooms

Surface temperature management in congested mechanical rooms housing HVAC and building services equipment.

HVAC Service Areas

Condensation control in areas surrounding chilled pipework, ducts and air-handling units.

Cold Pipe Areas

Treatment of walls and structures adjacent to cold pipework where condensation forms on surrounding surfaces.

Plant Room Steelwork

Direct thermal treatment of structural steel that acts as a thermal bridge or cold surface.

Concrete Structures

Thermal bridge treatment at concrete columns, beams and soffits within plant rooms.

The VIPEQ Approach

A Natural Cork Thermal Coating — Not a Paint

VIPEQ's cork-enhanced thermal coating systems are spray- or trowel-applied directly to the substrate, forming a thin, flexible, vapour-permeable thermal layer that conforms to irregular surfaces — steel, concrete, masonry and timber — without rigid boards, battens or significant loss of internal space.

Thin-film application — minimal space loss

Conforms to irregular and complex geometries

Vapour-permeable — substrate can breathe

Flexible — accommodates thermal movement

Direct adhesion to steel, concrete & masonry

Suitable for plant rooms and technical areas

FAQ

Frequently Asked Questions

Have a Condensation, Cold-Surface or Thermal-Bridging Problem?

Send us photographs, drawings or details of the substrate and application and we can assess whether a VIPEQ system is suitable for your project.