HEATFOR
Silicone heating elements
The silicone flexible heating elements, due to their small thickness, can be easily fitted to different kind of metal surfaces and guarantee a fast and uniform heat transfer. The uniform thermal distribution allows to avoid abnormal thermal expansions and to manage all the power with the maximum efficiency. The silicone insulation guarantees 200°C maximum working temperature.
Polyester heating elements
The polyester flexible heating elements due to their small thickness can be easily fitted to different kind of surfaces (plastics or metal) and guarantee a fast and uniform heat transfer. The uniform thermal distribution allows to avoid abnormal thermal expansions and to manage all the power with the maximum efficiency. The polyester insulation guarantees 120°C maximum working temperature.
Kapton heating elements
The Kapton® flexible heating elements, due to their small thickness (0,10÷0,15mm), can be easily fitted to different kind of metal surfaces and guarantee a fast and uniform heat transfer. The uniform thermal distribution of the heating allows to avoid abnormal thermal expansions and to manage all the power with the maximum efficiency. The Kapton® insulation guarantees 260°C maximum working temperature.
| Approvals | CE |
|---|---|
| Operating temperature | -60 - 200°C |
| Operating voltage | 1 - 400 V |
| Output peak power | 3,0 W/cm² |
Silicone heating elements
The silicone flexible heating elements, due to their small thickness, can be easily fitted to different kind of metal surfaces and guarantee a fast and uniform heat transfer. The uniform thermal distribution allows to avoid abnormal thermal expansions and to manage all the power with the maximum efficiency. The silicone insulation guarantees 200°C maximum working temperature.
Polyester heating elements
The polyester flexible heating elements due to their small thickness can be easily fitted to different kind of surfaces (plastics or metal) and guarantee a fast and uniform heat transfer. The uniform thermal distribution allows to avoid abnormal thermal expansions and to manage all the power with the maximum efficiency. The polyester insulation guarantees 120°C maximum working temperature.
Kapton heating elements
The Kapton® flexible heating elements, due to their small thickness (0,10÷0,15mm), can be easily fitted to different kind of metal surfaces and guarantee a fast and uniform heat transfer. The uniform thermal distribution of the heating allows to avoid abnormal thermal expansions and to manage all the power with the maximum efficiency. The Kapton® insulation guarantees 260°C maximum working temperature.
Transtecno has developed the MiniTecno product range to better meet the needs of customers using small gear motors in a wide range of industries, up to 90 Nm.
HARTING has introduced a new Push-In connection technology that can reduce assembly times by up to 30% and improve installation flexibility. Read more!
WIKA's hygienic products take into account the high hygiene, cleaning, and durability requirements of the food and pharmaceutical industries. Read more!
Constantly evolving applications place ever greater demands on user interfaces. A display for presenting information on the device itself is usually the most natural choice. Read more!
Comprising three parts, BoVersa can be extensively customized in terms of materials, such as metal and plastic, and colors. It is also easy to integrate various stylish display and keyboard solutions.
Molex mPm valve plug cables are now also available with WSOR cables. Read more!
|
|
|
|
|
|
||
|---|---|---|---|---|---|---|
|
|
|
|
|
|
||
|
|
|
|
|
|
||
|
|
|
|
|
|
||
|
|
|
|
|
|
||
|
|
|
|
|
|
||
|
|
|
|
|
|
| Articles | Operating temperature | Output peak power | ||
|---|---|---|---|---|
|
Kapton heating element
Art:
KAPTON FLEXIBLE HEATING ELEMENT
Copied
|
50 - 240°C
|
3,0 W/cm²
|
| |
|
Polyester heating element
Art:
POLYESTER FLEXIBLE HEATING ELEMENT
Copied
|
-50 - 120°C
|
0,3 W/cm²
|
| |
|
Silicone heating element
Art:
SILICONE FLEXIBLE HEATING ELEMENT
Copied
|
-60 - 200°C
|
3,0 W/cm²
|
|
Select a variant in the list