Flat oval heaters

Flat oval heaters are used for heating molds, cutting and welding knives and other elements that require specialized solutions. They are characterized by a relatively large heat dissipation surface and the possibility of very tight execution.

Application

Food industry (liquid heating)
Chemical industry
Construction
Railway industry
Foundry industry
Wood industry
Footwear industry
Furniture industry
Pharmacology
Plastic industry (forms)
Automotive industry (injection molding machines, molds)

Characteristics

Power: 5 W/cm2
Voltage: according to customer order (12-500 V)
Operating temp.: depending on the purpose and type of steel
Dimensions: 15 x 6 mm, 17 x 6 mm, 18 x 7 mm, 19 x 7 mm, 12 x 6 mm or as per customer order
Length: 150-3000 mm
Material of casing pipe: AISI 304, AISI 316L, AISI 321

*The values (parameters) are examples and do not constitute an offer within the meaning of art. 66 of the Civil Code.
Each heater is designed individually.

Technology

Rolling technology is used in the production of flat oval heaters. It affects the high density of magnesium oxide. Thanks to this, the heaters achieve high power in relation to their surface, which significantly increases their parameters and extends the service life.

Raw materials

In the production process we use only the best raw materials to provide the heaters with excellent parameters and maximum durability. We use magnesium oxide of the highest purity, resistance wires with the best parameters, wires in the temperature class of 260°C or 350°C as well as pipes and rods made of stainless steel, min. AISI 304, 321 or 316L.

Technological processes

Cutting the pipe
Winding the heating element
Backfilling the heating element
Rolling
Heat treatment
Bending and forming into the desired shape
Current connections
Sealing

Current outputs

PTFE sheathed cables

– Fiberglass braided cables

– Wires in fiberglass sheath

– Wires in the pipe

– Steel braided cables

Heating zones

There is a possibility of making flat-oval heaters with different power distribution. Appropriate distribution of heating power density on the surface of the element allows temperature control. This technology is used to eliminate heat loss at the ends of heaters or to heat selected mold zones.

Kształt

Straight

Bent

It is possible to bend the heater to any shape (depending on the heater profile).