|
|
|
|
|
Band heaters
|
Application:
- injection moulding machines
- extrusion machines
- transfer pipe heating
- nozzles
- foil blow moulding machines
- packaging machines
| Coating material and insulation |
Max. load
W/cm2 |
Max.
working
temperature |
| Chrome-nickel steel with micanite insulation |
8,5 |
540°C |
Chrome-nickel steel with mineral insulation*
- nozzle type
- cylindrical type |
35,7
15,5 |
760°C |
| Galvanized steel with micanite insulation |
8,5 |
480°C |
* Watlow heaters of special construction with very condensed mineral insulation that guarantees much better heat transfer and by several times shortens heating time as well as extends life in comparison with traditional, micanite insulated heaters. |
 |
Patron heaters
|
Application:
– mould heating
– distributors heating
– foil cutting and welding punches
– vulcanizing presses
– printing machines
– liquid separators and heaters in braking system
– liquid heating replica handbags
| Diameter of patron heaters |
| Metric mm |
6,5 |
8,0 |
10,0 |
12,5 |
16,0 |
20,0 |
| Inches " |
1/4 |
3/8 |
1/2 |
5/8 |
3/4 |
| Max length in mm |
800 |
1200 |
1200 |
1800 |
2300 |
2300 |
| Max voltage V |
250 |
250 |
250 |
250 |
480 |
480 |
| Max current A |
4,4 |
6,7 |
9,7 |
9,7 |
23 |
23 |
Rolex Replica
| |
Firerod type |
EB type |
| Pipe material |
CrNi-Incoloy steel 800 |
CrNi steel - W.1.4301 |
| Resistance wire |
NiCr8020 (1250°C) |
NiCr8020 (1250°C) |
| Surface load |
up tp 60 W/cm2 |
up to 30 W/cm2 |
| Max. Temp. |
870°C |
540°C |
| Non-heating areas |
2x6 mm |
2x6 mm |
| Diameter tolerance |
-0,02 to -0,08 |
-0,02 to -0,08 | |
 |
Coil heaters
|
Coil heaters are made in coating of chrome-nickel steel, properly annealed they are easy to form when cold.
Max. Surface load 4,6 W/cm2 (up to 10 W/cm2 in fixed conditions). Max. Working temperature 650°C (up to 850°C in fixed conditions). Max. Voltage 240V. Max. length of extended element 2000 mm.
Application:
– hot runner nozzles
– foil cutting and welding punches
– presses for plastic lamination
– semi-conductive industry
– medical equipment
– vacuum heating
– textile machines
– chemical processes
– food industry
| Dimensions |
Min. bending radius |
Min. Internal coil diameter |
Max. current |
| 1,5 mm |
3 mm |
6 mm |
2,0 A |
| 3,4 mm |
7 mm |
12 mm |
4,5 A |
| 3,25 x 3,25 mm |
7 mm |
12 mm |
4,5 A |
| 2,2 x 4,1 mm |
6 mm |
10 mm |
4,5 A |
| 2,6 x 3,9 mm |
6 mm |
10 mm |
4,5 A | |
 |
Coil filled heaters (K-Ring)
|
Application:
– hot-runner nozzles
– medical equipment
– chemical processes
– hydraulic systems in aviation
Very precise heaters demonstrating the highest parameters of heat transfer. Brazen structure enables to achieve high standards in operation of long duration at high temperatures.
| |
K-Ring |
Mini K-Ring |
| Max. Voltage |
240 V |
240 V |
| Max power rating |
1000 W |
1000 W |
| Min. external diameter |
20 mm |
10 mm |
| Max. length |
300 mm |
100 mm |
| Max. wall thickness |
4 mm |
2,5 mm |
| Max. surface load at H7/h6 fitting |
50 W/cm2 |
50 W/cm2 |
| Max. working temperature |
650°C |
650°C | |
 |
Flexible heaters
|
Flexible, light heaters that can be easily and optionally shaped. Their typical feature which guarantees good heat removal is their ability to fit perfectly to the heated surface.
* Acceptable load when suitable temperature adjustment and control was used. Load that is used most often does not exceed 1 W/cm2.
Application:
– matrices with optional surface shape
– medical equipment, for example used for blood tests, breathing therapy, etc.
– anti-refrigeration protection
– gastronomy
– vulcanizing presses
| Coating material |
Max. Load W/cm2 |
Max. working
temperature |
| Silicone rubber |
1 (12,4*) |
260°C |
| Kapton |
1 (7,8*) |
200°C |
| Neopren |
1,7 |
120°C | |
 |
Flat heaters
|
Application:
– container heaters
– steam generators
– air heating
– extrusion machines
– oil heating
– furnaces
– vulcanizing presses
– forging shops, casting moulds
– packaging and wrapping machines
| Coating material and insulation |
Max. load W/cm2 |
Max. working
temperature |
| Chrome steel with heat-resisting insulation |
15,5 |
593°C |
| Chrome-nickel steel with heat-resisting insulation |
14,0 |
650°C |
| Chrome-nickel steel with micanite insulation |
7,8 |
540°C |
| Chrome-nickel steel with mineral insulation |
15,5 |
760°C |
| Galvanized steel with micanite insulation |
8,5 |
480°C | |
 |
Tubular heaters
|
Range of used diameters: 6,5; 8,5; 10,0; 13,0; 16,0 mm; selection and shape of bend according to client's requirements.
Application:
– liquid and gas heating
– furnaces
– zinc and lead foundries
– techniques of hot gluing
– laboratory equipment
– gastronomy
– matrices
| Acceptable surface load W/cm2 |
| Working environment |
Cu |
Carbon Steel |
NiCr AISI 321 steel |
NiCr Incoloy 800 steel |
| Lentic water |
|
|
|
|
| Lotic water |
30 |
– |
30 |
– |
| Steam generator |
6 |
– |
7 |
– |
| Oil |
– |
3 |
3 |
– |
| Air v=0 |
– |
1,7 |
5 |
6 |
| Air v=10 |
– |
5 |
10 |
10 |
| Max. Temp. |
250°C |
350°C |
650°C |
650°C | |
 |
Ceramic heaters
|
Heaters used for working with very high temperatures, and preserving at the same time very good insulation properties.
Application:
– high-temperature furnaces
– casting moulds
– metal melting
– glass and ceramic heat treatment
– analytical equipment
– semi-conductive technologies
– laboratories
– drying of varnish or plastic coating
– heat treatment
| Coating material |
Max. Load W/cm2 |
Max. Working temperature |
| Cast fibrous ceramic |
4,6 |
1250°C | |
 |
Temperature sensors
|
Application:
– plastic processing
– machines in "small" gastronomy
– packing machines
– furnaces
– air-conditioning
– petrochemical industry
– microelectronics
– medical equipment
| Thermoelements |
| type |
B |
C |
E |
J |
K |
N |
R |
S |
T |
| min °C |
1370 |
1650 |
95 |
95 |
95 |
650 |
870 |
980 |
–200 |
| max °C |
1700 |
2315 |
900 |
760 |
1250 |
1260 |
1450 |
1450 |
350 |
| Resistance sensors |
Temperature range from –200°C to 650°C
Diameter range from 1,6 mm to 8,0 mm
Special sensor Pt100 to 850°C | |
 |
|
|
|
