Cooking · Oven heating elements

A thermal system component – not a wire in a tube.

Top/grill, bottom and fan-ring elements for built-in, free-standing and mini/midi ovens. The grill runs bare at red heat, 650–800 °C on the sheath; the bottom element under the cavity floor and the fan-cooled ring run cooler, so sheath alloy, coil alloy and MgO grade are chosen per position.

The design starts with the cavity: its volume, insulation and pre-heat target set the power, the tray sets the loop layout, and the cooking modes – bake, grill, fan, pyrolysis – set the alloy.

  • Watt distribution along the element matched to the cavity – more power at the front, where the door loses heat, when your temperature map calls for it.
  • Brackets and cold zones set to your back wall and mounting points, with tolerances held after bending.
  • Shorter approval path: a new geometry can often be qualified as a variant of one of our VDE-approved construction families.
BALÇIK TORMEC oven heating elements: grill, bottom and fan-oven ring elements from series production Oven elements · series

Applications · where they work

Built-in, free-standing and compact ovens.

Grill, bottom and fan-ring elements heat the cavities of built-in ovens, cookers, mini ovens and range cookers – each position with its own duty.

Built-in oven column in a modern kitchen
Built-in oven column in a modern kitchen
Kitchen with built-in oven and microwave stack
Kitchen with built-in oven and microwave stack
Dark kitchen with built-in appliances
Dark kitchen with built-in appliances

Key specifications

Specified for red heat: the oven envelope in figures.

Typical values from series production and European OEM practice. Ranges apply per element, not per oven – a grill often carries two circuits in one formed part.

ParameterTypical values
Sheath diameter6.5 – 8.5 mm (6.5 mm and 8.5 mm most common); 10 mm for heavy-duty bottom elements
Sheath materialsAISI 321, Incoloy 800; AISI 304 for lower-temperature bottom elements under a cavity floor
Power range600 – 3500 W per element; grill double circuits typically 1000 + 1500 W or 1200 + 1300 W
Voltage230 V single phase; 120 / 208 / 240 V for North American variants; 400 V between phases on some professional models
Watt density on the heated sheath5 – 8 W/cm² (radiant duty); up to ≈ 10 W/cm² on fan-oven rings behind a cover
Terminal types6.3 mm flat tabs (nickel-plated), M4 studs, screw-on ceramic terminal sockets
Sealing optionsPTFE bead, ceramic bead with high-temperature cement, STF seal for humid-cavity (steam) ovens
Typical appliance standards & marksVDE component approval to EN 60335-1 for approved element families; appliance to EN 60335-2-6; RoHS, REACH; CE marking of the finished appliance
Typical formsGrill double-loop with centre web, bottom "U" or "M" serpentine, fan-oven circular ring (single or double), tangential and steam-generator elements

Standards and marks are those the finished appliance typically has to meet. BALÇIK TORMEC’s own approvals are listed on the Certificates page; further marks are obtained per project. All values typical – final values confirmed by our engineers.

Technical drawing · three positions

Three positions in the cavity, three different duties.

Most ovens combine a top/grill element under the ceiling, a bottom element under the cavity floor and, in fan ovens, a ring around the fan. Each sees its own temperature, air flow and cleaning regime – and is designed for it.

Position
BALÇIK TORMEC · DRAFTNOT TO SCALEOven – top / grill element (two circuits)OV-GRsupport webL – heated lengthterminal bracket4 × 6.3 mm tabsCircuit 1 – outer looptop heatCircuit 2 – inner loopgrill5 – 8 W/cm² radiantAISI 321 / Incoloy 800BALÇIK TORMEC · DRAFTNOT TO SCALEOven – bottom element (U form)OV-BTcavity floorelement sits under the floor, outside the cavitycold zoneL – heated lengthW1000 – 1500 WAISI 304 below the floorBALÇIK TORMEC · DRAFTNOT TO SCALEOven – fan-oven ring (double)OV-FRfanmounting plateØ D – outer ring1800 – 2500 Wbehind the fan coverup to 10 W/cm²air-cooled by the fan
Drafts of the three oven positions. Orange = heated length; geometry, power and terminals follow your cavity.
Grill element with two circuits, catalogue part 24084

01 · Top and grill

Top and grill elements

Radiant elements under the ceiling, typically a double loop with centre web and two circuits, so the control can switch top heat, grill or both. Detachable versions free the ceiling for cleaning.

  • Grill double circuits typically 1000 + 1500 W or 1200 + 1300 W
  • AISI 321 or Incoloy 800 sheath
Bottom heating element for an oven, catalogue part 21503-1

02 · Bottom

Bottom elements

A U or M serpentine under the cavity floor, outside the cooking space. Its shape follows the cavity outline for even heat across the floor.

  • AISI 304 for lower-temperature bottom elements under a cavity floor
  • 10 mm for heavy-duty bottom elements
  • Series or parallel pairs for pyrolytic ovens
Fan-oven ring element, catalogue part 24086

03 · Fan ring

Fan-oven rings

A circular ring, single or double, around the convection fan. The air flow cools the sheath, which allows a higher load in a compact ring behind the fan cover.

  • Up to ≈ 10 W/cm² on fan-oven rings behind a cover
  • For fan and multifunction ovens
Also in series: tangential and steam-generator elements – built on the same lines, to the same test plan.

Design considerations

Four decisions that set the life of an oven element.

They are fixed on the drawing, long before the first sample – and they decide whether the element still heats evenly after thousands of thermal cycles.

Sheath and coil alloy

At 650–800 °C sheath temperature, AISI 321 (up to ≈ 750 °C) or Incoloy® 800 (above) with a NiCr or FeCrAl coil keeps the oxide layer and the insulation stable. Pyrolytic ovens add cleaning cycles at around 450–500 °C – and the terminal end outside the cavity must stay cool enough for its bead and connector.

Watt density on the heated sheath

5 – 8 W/cm² for radiant duty; up to ≈ 10 W/cm² on fan-oven rings, where the air flow cools the sheath behind a cover. Coil pitch sets the watt distribution along the element – and with it the temperature map on the tray.

Geometry and fixing

Every heat-up expands a long bent tube that is held at a few points. Bend radii, bracket positions and the distance to the cavity wall decide whether it bows, rattles or stays in place for the life of the oven.

Sealing and appliance standards

PTFE or ceramic beads close the terminal end; STF sealing keeps moisture out in humid steam cavities. The finished oven is typically approved to EN 60335-2-6 with EN 60335-1.

Technician checking test results at the high-voltage test panel
100 % electrical test at the end of every line in Kahramankazan.

Validation

Proven in an oven before series release.

Samples are tested at element and appliance level in our validation laboratory. In series, every element passes a 100 % electrical test, traceable back to the raw-material lot.

Quality and validation laboratory – the complete test programme.

  • Pyrolysis life test for self-cleaning ovens, alongside the life test at rated power.
  • Leakage current at 1.15 × rated power input, plus dielectric strength and insulation resistance, hot and cold.
  • Heating uniformity and cold-zone verification along the formed element.
  • Dimensional inspection, bead inspection and terminal socket centring on formed parts.
  • Oven test benches with temperature and power measurement, and a climatic chamber.

Video · on YouTube

Oven heating elements at red heat.

A short film from our YouTube channel: the oven element as the appliance user sees it – even browning comes from the watt distribution along the element.

Oven Heating Elements for Perfect Roasting · YouTube

Online catalogue

113 oven designs in our online catalogue.

Each listed with part number, sheath diameter, voltage and power. Start from the closest design – geometry, power and terminals are then adapted to your cavity.

Send us the cavity, not only the element.

With the cavity section, mounting points and cooking modes, our engineers propose geometry, alloy and watt distribution – and a target price.

Engineered and made in Ankara · since 1959

Since 1959, we turn electricity into trust.

Three generations of know-how, our own welded tube and brazing lines, an engineering team with its validation laboratory and a 100 % electrical test on every element – so the heat inside your product is the one thing you never have to worry about.

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BALÇIK TORMEC · Heating Elements for Oven

Oven heating elements for built-in and free-standing ovens: top/grill, bottom and fan-ring elements, 600–3500 W, AISI 321 or Incoloy 800, made in Ankara.

BALÇIK TORMEC designs and manufactures tubular heating elements in Kahramankazan, Ankara, since 1959 – series and custom production to your drawing, VDE-approved element families, ISO 9001:2015, exports to more than 60 countries.

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