Frequently Asked Questions

The recovered specification describes the bare amorphous ribbon as 25 microns thick, or 0.025mm. Confirm the complete mat thickness on the current product datasheet.

The heating element is enclosed between insulating layers, but its current electrical classification and required additional protection must be confirmed from the exact product datasheet and project design.

Warm-up time depends on output, coverage, insulation, subfloor, floor finish, room heat loss and controls. The archived fixed-time claim has been withdrawn pending current performance data.

Available mat dimensions and fixing methods must be confirmed from the current catalogue and installation guide. Never cut, fold or improvise the heating element to make a size fit.

Whether a system can act as the only heat source depends on a room-specific heat-loss calculation, the available heated area and the proposed floor build-up.

A supplementary system contributes heat alongside another source. Its suitability and output still need to be checked against the room heat loss.

Do not rely on a simple coverage percentage. A competent designer should compare the specified system output with a current room heat-loss calculation.

Only work specifically allowed by the current installation guide should be undertaken by a competent installer. Electrical design, connections, testing and commissioning require an appropriately qualified electrician.

The archived site contains conflicting warranty periods. Current warranty scope, duration, exclusions and supplier identity must be confirmed in writing before purchase.

Supply arrangement, protective devices, cable sizing, isolation and controls must be designed for the actual load and current regulations by a qualified electrician.

Zoning and thermostat quantity should be selected for the building use, heat-loss design, system load and chosen control strategy.

Required electrical protection must be determined from the current product instructions, circuit design and applicable regulations. A qualified electrician should specify, test and document it.

Use the documents and videos in the rebuilt resource centre as archived references, then confirm current information through the contact details on this site.

Do not cut, fold, crease or modify a heating element unless the exact current product instructions expressly allow it. Obtain the correct mat layout and sizes before fitting.

Do not overlap heat mats. Required separation and edge clearances must follow the exact current product guide and approved layout rather than the archived fixed dimension.

Coverage, edge clearances and excluded areas must follow the project layout and current installation guide. They vary with room heat loss and fixed objects.

Do not place heating elements beneath fixed items unless the current project design expressly permits it. Trapped heat can damage the floor or system.

Carpet and underlay must be approved for underfloor heating, and their combined thermal resistance must remain within both the floor manufacturer’s and current heating-system limits.

Every layer above the heat mat affects heat transfer. Confirm the combined underlay, acoustic and floor-finish build-up with both manufacturers before fitting.

Do not extend, joint or substitute cold leads unless the current manufacturer instructions expressly permit the method and cable. Electrical work must be completed and tested by a qualified electrician.

Connect heat mats only in the configuration shown in the current wiring design and product instructions. Do not improvise series or parallel connections.

Required resistance and insulation tests help identify transport or installation damage before the system is concealed. Record results at every stage stated in the current guide.

Keep traffic to a minimum, protect laid mats from tools and sharp debris, and follow the current guide. Inspect and test again if damage is suspected.

Indoor heat mats are not outdoor products. Outdoor applications need the correctly rated ribbon, controls, protection and project-specific design.

Some compatible build-ups position the heat mat close to the finished floor rather than inside a deep screed. The correct layer sequence depends on the product, substrate and floor finish.

Do not energise, stretch or force a creased mat based on this archived answer. Isolate it, inspect for damage and follow the current manufacturer guidance before installation.

The archive describes a conductive mesh connected to protective earth. Its necessity, position and connection must be determined from current product instructions and electrical regulations for the exact location.

A tiled build-up normally needs continuous contact without heat-trapping voids. Use only the adhesive coverage and layer sequence approved in the current heating and tile-system instructions.

A suspected fault must be located, assessed and tested by an appropriately qualified person. Use only a current, approved repair method and retain the test record.

Circuit arrangement and permitted connected loads are matters for the electrical design. Do not add other equipment to a heating supply without the qualified designer’s approval.

Comfort settings and energy use vary with fabric heat loss, controls, occupancy, weather and floor construction. The archived temperature-saving and health claims have been withdrawn pending evidence review.

Use underfloor heating only where the timber and floor-system manufacturers approve the complete build-up and temperature limit. Thick timber can reduce response and output.

Plan mat-free areas below furniture or objects that could trap heat. Follow the floor and heating manufacturers’ clearance and temperature requirements.

Vinyl and LVT can require a protective levelling layer and strict temperature limits. Follow the current heating, compound and flooring manufacturers’ compatible build-up.

Heating can be designed for bathrooms and other special locations only with suitable equipment, zoning and electrical protection under current regulations.

Use only the fixing materials and method allowed by the current guide. Fixings must not pierce, crease or otherwise damage the heating element.

Electric ribbon and hydronic systems have different build-up, response, energy-source and control characteristics. Costs and performance should be compared for the actual building rather than using the archived claims.

Choose a carpet and underlay combination approved for underfloor heating and within the current maximum thermal-resistance limits of both the heating and flooring manufacturers.

The archive describes flexible roll insulation for suitable floating floors and rigid board for suitable bonded or levelled floors. Confirm current availability and compatibility from the specification sheets.

Suitable insulation is normally part of the specified system for heat direction and mat protection. Follow the current project build-up; do not omit or substitute layers without written approval.

Use only an insulation board and tiled build-up approved by the heating, insulation, adhesive and tile manufacturers. Flexible roll products are not generally intended to support bonded tile finishes.

The archived load claim has been withdrawn pending verification. Obtain the current compressive-strength datasheet and have the complete floor build-up checked for the design load.

Prepare and bond rigid insulation exactly as required by its current datasheet and the chosen floor system, using compatible materials and curing times.

No adhesive brand is endorsed by this rebuild. Use a product whose manufacturer confirms compatibility with the substrate, insulation, underfloor heating and final floor finish.

The permitted fixing method depends on the subfloor and current insulation datasheet. Never use a fixing that could damage concealed services or the heating system.

Insulation performance cannot be judged from thickness alone. Compare verified thermal resistance, compressive strength and compatibility for the complete floor build-up.

Insulation below a structural slab does not necessarily replace a suitable layer directly beneath the heating system. A designer should assess the full construction and downward heat loss.

The archived delivery promise is no longer presented as current. Confirm stock, carrier service, cost and delivery date before ordering.

Send accurate plans, fixed-object locations, floor finishes and project details using the confirmed contact route. Current pricing and lead times must come from the responsible supplier.

Quotation response times from the archived site are no longer presented as current. Provide complete project information and ask the responsible supplier for a timescale.

Archived guides are available in the resource centre. Confirm that the guide supplied or identified for the exact product is the current issue before installation.

A complex room should be set out on an accurate dimensioned plan showing every permanent exclusion. Obtain an approved mat layout before ordering or laying the system.

A controller must match the supply, load, sensors and control requirements of the exact system. Obtain written compatibility confirmation before substituting it.

Substitute insulation must have verified thermal, mechanical and compatibility properties for the complete build-up. Obtain written design approval before using it.

The archived returns and restocking terms have been withdrawn. Obtain the current seller’s written cancellation and returns policy before ordering.

Any allowance for cuts, waste or spare material should be stated in the current quotation and plan. Confirm quantities before ordering.

The floor finish determines temperature limits, heat transfer, insulation, adhesives, protection and commissioning requirements, so it must be known at design stage.

The archived next-day promise has been withdrawn. Confirm stock and a written delivery estimate for the specific order.

Stop work if the room layout changes or mats no longer match the plan. Do not cut, fold, overlap or improvise the heating element; obtain a revised design.

Do not install mats that do not match the approved layout. Contact the responsible supplier for a revised design and written replacement or returns arrangements.

Electrical connections, testing and commissioning must be carried out by an appropriately qualified electrician using the current instructions.

The archived thermostat warranty periods are not presented as current. Confirm the exact model’s warranty, supplier and exclusions in writing before purchase.

Thermostat position depends on its sensor mode, room conditions, electrical zones and current model instructions. Avoid unrepresentative heat sources and obtain qualified advice.

Maximum load varies by thermostat model and installation conditions. Check the current model datasheet and have contactors or zoning designed by a qualified electrician where needed.

A floor sensor lets a compatible thermostat monitor or limit floor temperature. Configure its position and limit to the current heating and flooring manufacturers’ requirements.

Do not extend or replace a floor sensor lead unless the current thermostat manufacturer permits the exact cable and method.

Check the current guide for the selected air/floor sensor mode, limits and sensor position. Isolate the system and use a qualified electrician if readings or operation remain abnormal.

Check the exact model’s operating mode and programmed schedule in its current guide. Isolate the system and seek qualified support if it switches unexpectedly.

Confirm the exact model’s manual/automatic mode, comfort and setback settings in its current guide. Seek qualified support if continuous operation remains unexplained.

Scheduling options vary by thermostat model. Use the current guide and the video page that matches the installed controller.

Do not change limits or the whole design to correct unexplained over- or under-heating. Check the model guide, sensor configuration and room heat-loss assumptions, then seek qualified support.

Mounting position depends on sensor mode, room conditions, special-location rules and the exact model instructions. Follow the current design rather than a generic archived height.