Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Haydale’s patented HDPlas® technology transforms sophisticated materials from inert to active, enabling diverse applications.

The advantages of functionalized nanomaterials are numerous and include:

  • Mechanical strength
  • Wear resistance
  • Thermal conductivity
  • Electrical conductivity

Getting the Right Combination

Haydale is available to assist in locating the appropriate material for a specific application or product.

Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Image Credit: Haydale Limited

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Company Vision

Future Home Concept

Graphene Heaters, Solar and Battery Storage

With its revolutionary HDPlas® functionalized graphene, Haydale’s next-generation radiant heating lowers installation and heating expenses.

Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Image Credit: Haydale Limited

Delivering Heat to Where Required

  • Fantastic result: Extensive underfloor heating
  • Safe and easy – Low voltage
  • Easy to install – Standard methods, low skill
  • Efficient – Saves energy

With Haydale’s innovation, heat is delivered more quickly and effectively than with previous electric-based products. It is also easier to install than heat pumps and hydrothermal solutions.

Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Image Credit: Haydale Limited

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Graphene Thermal Fluid, Retrofit Solutions

Haydale’s HDPlas® Plasma Functionalization Process has enabled them to enhance the thermal characteristics of heat transfer fluids by unlocking the potential of Graphene Nanomaterials.

Spreading Heat More Effectively

  • More Dynamic – Quicker, transfers more energy
  • Safe and easy – Compatible with existing systems
  • Easy to install – Key industrial partner
  • Efficient – Reduces carbon emissions and costs

Haydale’s invention improves central heating and cooling systems more efficiently than standard commercial products.

Haydale UFH

  • Equal distribution of heat minimizing the development of hot spots and uneven heat distribution
  • High heat energy transmission across a wide surface area in contrast to wire systems’ localized heating
  • High heat efficiency at low power

Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Image Credit: Haydale Limited

Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Image Credit: Haydale Limited

Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Image Credit: Haydale Limited

Smart Control

Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Image Credit: Haydale Limited

Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Image Credit: Haydale Limited

Next-Gen Heating Technology - Functionalized-Graphene Underfloor Heating (FGUH)

Image Credit: Haydale Limited

Download the Brochure for More Information

Decentralized Heating

At Haydale HQ, Haydale set up a 10 m2 testing space that displayed the following:

  • Enable complete control over the temperature of a room via multiple independently controlled heating zones
  • Even after going through standard 14 mm laminate flooring, the heat from the mats remains localized
  • Different areas can sustain varying set temperatures
  • Haydale’s heating system outperforms rival devices, which lowers energy costs

Onsite Prototype Testing Results:

  • Up to 30%:
    • Cost-effective alternative to typical wired systems when powered with mains
  • Up to 17%:
    • Less expensive than air-source heat pumps when paired with energy storage batteries

Other Equipment by this Supplier

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