Home Italian Version


Apri/ChiudiRiscaldatori a Cartuccia
Alta Densita di Potenza
Alta Densità con TC
Media Densità
Bassa densità
Altissima Densità
Hi-Temp. Super Sealing
Bassa Tensione
PTC Autolimitanti
Riscaldatori per Bulloni
Riscaldatori a Cartuccia per Fluidi
Super Stagna ad Alta Temp.
Accessori & Costruzioni speciali
Scarica il Catalogo
Apri/ChiudiElementi Microtubulari
Caratteristiche
Misure Standard
Modulo d'Ordine
MAXI-Rollmax
MINI-Rollmax
MICRO-Rollmax
Macchina Spiralatrice
Versioni Speciali
Super Stagna ad Alta Temp.
Scarica il Catalogo
Apri/ChiudiRiscaldatori per Ugelli
Caratteristiche (Piromax)
A Fascia in Ottone
A Fascia in Acciao Inox
A Fascia Sottillissimi
Scarica il Catalogo
Apri/ChiudiRiscaldatori a Fascia
Riscaldatori con isolamento in Mica
Riscaldatori in Ceramica
Riscaldatori Rettangolari
Cast Alu/Brass Heaters
Protection Housings
Insulating Pads
Contact Accessories
Connection Boxes
Clamping Devices
Catalogue download
Apri/ChiudiRiscaldatori Piatti
Mica Flat Heaters
Cast Alu/Brass Heaters
Grooved Heating Plates
Apri/ChiudiRiscaldatori a Cartuccia Piatti
Features
Connection Options
Heating Options
Bending in Shapes
Application and Shapes
Catalogue download
Apri/ChiudiRiscaldatori Tubolari
Plain Tubular Heaters
Square Cross-Section
Finned Tubular Heaters
Duct Air Heaters
Threaded Immersion Heaters
Flanged Immension Heaters
Scarica il Catalogo
Apri/ChiudiRiscaldatori a Cartuccia per Radiatori
Riscaldatori a Potenza Costante
Riscaldatori PTC Autolimitanti
Connettori e adattamenti
Unità di Controllo
Scarica il Catalogo
Apri/ChiudiIrradiatori Infrarossi
Caratteristiche
Applicazioni & Scelte
Dati Tecnici
Modelli
Gruppi con parabola
Colori Termosensibili
Scarica il Catalogo
Apri/ChiudiCompleti-Riscaldatori Ceramici
Caratteristiche
Technical Data
Apri/ChiudiTermocoppie & Resistenze
TC isolati con MgO
Conventional TC
Termoresistenze
Accessori
Catalogue download
Apri/ChiudiCavi Scaldanti
Autoregolanti
Potenza Costante
Minerale Isolato
Protezione contro Gelo
Apri/ChiudiRiscaldatori Flessibili
Etched Foils - Informazioni Generali
Features - Etched Foils
Apri/ChiudiRiscaldatori per Fusti
Riscaldatori per Fusti Integrali
Riscaldatori flessibili per Fusti
Apri/ChiudiRiscaldatori MoSi2
Caratteristiche
Apri/ChiudiRiscaldatori ad Aria
Selezione
Usi
Applicazioni
Models
Apri/ChiudiTermoregolatori
Models
Apri/ChiudiUnita di Controllo temperature
Features

Se il menu sopra non risulta visibile, aggiornare a
aggiorna a Firefox 2.0
 
RISCALDATORI FLESSIBILI - ETCHED FOILS - INFORMAZIONI GENERALI

 

ELMAT® HEATING FOILS
FLEXIBLE HEATERS

General Information:

 

"ELMAT" heating elements are manufactured by inserting between strata of dielectric insulating material a resistive circuit that can be implemented using different technologies such as metal lamina incision (X-MAT® type), ink or paste deposition (T-MAT02® type) or incorporation of resistive wires (W-MAT02® type)

Consequently, very thin and very flexible elements are produced characterized by significant design possibilities.

 

Advantages:

 

  1. Flexibility and lightness.
  2. Securing through direct adhesives, hooks, Velcro, vulcanization.
  3. Differentiation of surface temperature / power.
  4. Multi-circuit distributions can also be developed.
  5. Customized geometries.
  6. Integrated sensors.
  7. Selection of adhesive supports in relation to temperatures, type of surface and applications.

 

Technical features of X-MAT®  elements   

  

Insulation

Polyester

Silicon

Polyamide

Mica

Commercial names

Mylar®

 

Kapton®

 

Max work temp.

105 °C

230 °C

230 °C

300 °C

Max temp. with adhesive

105 °C

175 °C

175 °C

---------

Max. peak temp.

130 °C

250 °C

250 °C

375 °C

Typical thicknesses (µm)

250

820

220

850

Max. dimensions

3000 x 600

2000 x 600

Bending radius

about 8 mm

about 10 mm

about 2 mm

---------

Max. load

6 kg / cm2

Final testing

In accordance with EN 60335-1  - MIL 105 standards

Dir. 2002/95/CE (RoHS)

Completely harmonized with the directive

    

      

Product application methods:

 

Elements characterized by adhesives on one side require simple operating procedures to ensure correct assembly:

-          the surface must be clean and grease-free. Cleaning: use appropriate solvents and de-greasing agents such as heptane and isopropyl alcohol with reference to correct application instructions provided on respective packages.

-          Holes, protruding screws and sharp edges must be carefully avoided.

-          The surface must be dry prior to application.

-          Assembly must be performed at temperatures between 18 and 40°C.

-          Avoid application in dusty environments.

-          After removing the paper flap protecting the adhesive, the bonding stage may begin by pressing the part already installed with a rubber or wooden roller to eliminate any air bubbles. It is advisable to begin from the part opposite the connection zone and in any case always from the shortest side. Continue sliding out from below the protection paper until the operation is complete.

Do not use the heater immediately after assembly: adhesion of the element improves progressively over the first 48/72 hours after application.

 

 

 

Product storage:

 

The best conditions for correct storage are:

-          environment with temperatures around 20 °C and relative humidity of 40-60%;

-          store in the original cardboard box;

-          avoid direct exposure to sunlight.

 

 

 

Technical requirements:

 

-          Some materials of the inner laminas are magnetic. Contact our Technical Office for any questions about product specifications.

-          The adhesive chosen to secure the resistor is fundamental in ensuring safe use and depends on the application surface. The type of application must be specified in the offer and product definition stages.

-          Any thermostats and temperature detection probes must be applied in the zones with the highest temperatures and reduced thermal exchange conditions.

-          Increasing the specific load of the resistor requires particular attention as regards temperature control given the low inertia of the X-MAT®  heater.

 

Heater selection criteria:

 

Correct dimensions and appropriate choice of the functional system requires analysis of the environment where the heating element will be used, identifying the highest number of answers to the following questions:

 

1)       Material to be heated and relative quantitative parameters.

2)       Physical-dimensional characteristics of the housing.

3)       Type of heating (radiating, convection, conduction, recirculation).

4)       For "ELMAT" foil heaters, specify the application methods, type of surface, presence of paint, temperature and relative humidity levels in the event of refrigeration applications.

5)       Systems used to secure the heater to the surface (adhesives, vulcanization, mechanical fixing).

6)       Presence of external insulation.

7)       Thermal level (operating temperature, cold-operation temperatures, any thermal flows).

8)       Time needed to reach operating conditions.

9)       Electrical parameters available: Volts, Watts, Amperes, Direct or Alternating current, three-phase / single-phase).

10)   Dimensions, overall dimensions, critical zones.

11)   Ambient conditions  (explosive, corrosive areas ….).

12)   Approvals required (VDE, UL, CSA, CE ……).

13)   Temperature controls: identify the need or otherwise for temperature controls and relative type (bi-metal, potentiometer, electronic, adjustable or fixed, temperature limiters, probes, PT100, thermo-couples and relative types).

 

 

Azienda | Organigramma | Prodotti | Cataloghi | Qualità | Mappa del Sito

© 1999 ROTFIL s.r.l. Via Praglia 15 10044 Pianezza TO (Italy) > Come trovarci < Partita Iva 01846410015
T. +39-011-9683-111 - F. +39-011-9683-225 - e-mail:info@rotfil.com

Leggi la tua e-mail

web site by Anxera