Installation
Installer training on site or at our facility, method statements for every system, a pre-cover inspection checklist, and remote support on your first projects until your crews no longer need it.
Partners & OEM
Bring radiant heatingto your market.
We manufacture the element and design the systems. Partners bring them to the buildings in their region. We support that with everything short of doing it for you: installation, marketing, sales engineering and training.
Register your interest
About Lamina Heat
Carbon-fibre heating, built on aerospace composites.
Lamina Heat is built around one material: carbon fibre. Our founding team spent decades engineering carbon-fibre composites for aerospace, and in 2009 our CTO, Peter Sajic, turned the fibre itself into a heating element. The company was founded in Ireland in 2015 and opened its first factory, in Germany, the following year. Today we design and manufacture full-surface heating for floors, walls and ceilings, with UL- and IEC-certified products in projects around the world.
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Rainer Duchene Chief Executive Officer -
Peter Sajic Chief Technology Officer
- 2009 The idea
Peter Sajic, developing composites for aerospace, turns carbon fibre itself into a heating element.
- 2011 Patent granted
The carbon-fibre heating element is patented.
- 2015 Founded in Ireland
LaminaHeat Holding is established in Ireland.
- 2016 First factory
Our first manufacturing plant opens in Germany.
- 2018 First project in China
The first installation in China, with a Chinese home-furnishing partner.
- 2019 China office opens
A dedicated office for market development, distribution and local service.
- 2022 LaminaHeat Qingdao
Our Chinese company begins operating, with its own engineering and service team.
- 2025 Our own factory in Qingdao
Development, production and sales under one roof.
How we support partners
Four kinds of support, from the first call to the hundredth project.
A partner should be able to sell, specify and install a complete system in their own market with their own people. That takes more than a price list.
Marketing
Brand assets, heat visuals, product photography, brochures and datasheets in your language, and co-branded material for exhibitions and showrooms. A website presence on our partner map.
Sales engineering
Heat-loss calculations, layout drawings and priced proposals prepared by our design team for your projects, so you can quote a complete system from the first meeting.
Training
Product, physics and specification training for your sales team and your installers, with certification on completion. Refreshed as the range develops.
What a partner gets
- Territory agreement and pricing structure
- Design and quotation support from our engineers
- Installer certification programme
- Marketing kit, localised
- Listing on our partner map and lead referral in your region
- A direct line to the design team, not a ticket queue
The material
Carbon fibre is what makes a heating element safe to bury.
A fifth the density of steel with several times its tensile strength, tolerant of temperatures no building will ever see, chemically inert and absorbing no moisture. Woven into a full-surface element, it means the whole area emits at a low temperature, instead of a wire running hot on a spacing.
Our elements are manufactured in widths from 50 to 1000 mm, at 5 to 3000 W/m², for voltages from 5 to 680 V AC or DC. Every one is cut to the layout drawing of the room it is going into.
SafeTech · five tests every element passes
Safety is not a claim we make about the system. It is a set of tests the element itself passes, filmed in our own laboratory, and the certifications that follow from them.
- Direct flame test
Fire resistance
The element is held in direct flame. It does not sustain a flame or propagate one along the film.
- Submerged and energised
Water immersion
Submerged and energised. Zero moisture absorption, which is what lets the element go into a bathroom or a wet room.
- Grounding test
Full-surface grounding
A grounded conductive layer across the whole element rather than a wire with a sheath, so a fault anywhere on the surface is carried to earth.
- HIPOT test
High-potential test
Every element is HIPOT tested before it leaves the factory, at multiples of its working voltage.
- Flex and puncture test
Structural integrity
Flexed, punctured and pulled. A damaged area is spliced in place and re-tested rather than replaced.
The same element, everywhere heat is needed
Buildings are what we design systems for. The element also heats vehicle interiors, wearables, bridge decks and driveways for OEM partners. Talk to us about an OEM application →
Register your interest
Tell us where you are and what you sell today.
We reply within two working days with the territory situation in your region and the next step.
OEM and integration
Putting the element inside something of your own.
The same carbon-fibre element that heats a floor also heats vehicle interiors, wearables, bridge decks and driveways. We supply it to OEM partners in widths from 50 to 1000 mm, at 5 to 3000 W/m², for voltages from 5 to 680 V AC or DC, cut and terminated to your assembly.
- Element engineered against your duty cycle, substrate and voltage
- Prototype runs before tooling or volume commitment
- Full test data: HIPOT, flame, immersion, flex and cycle life