These semi-cylindrical heaters use a helically wound iron-chrome-aluminum ribbon partially embedded in the ceramic fiber. The design allows for heat to radiate off the coil in three (3) directions. The heaters can be used in pairs to surround an existing pipe or tube. The heaters are available with integral vestibules with the opening sized to meet the need of the application. Leads can be standard (single strand) or braided (two strands twisted).
These low mass plate heaters use a helically wound iron-chrome-aluminum ribbon partially embedded in the ceramic fiber. The design allows for heat to radiate off the coil in three (3) directions. Leads can be standard (single strand) or braided (two strands twisted). Length and width can be customized for most applications.
The FP-VFR has flanges that allow these heaters to be constructed into boxes, L-shapes, and other configurations. They use a helically wound iron-chrome-aluminum ribbon partially embedded in the ceramic fiber. The design allows for heat to radiate off the coil in three (3) directions. Leads can be standard (single strand) or braided (two strands twisted). Length and width can be customized for most applications.
Fibercraft™ low mass vacuum formed ceramic fiber heating elements are a heating element and insulation together in one complete unit. These heaters are manufactured using high quality, high purity alumina based ceramic fiber. They are offered with maximum operating temperatures of 1100°C (2012°F) or 1200°C (2192°F).
The Fibercraft™ advantages include lower operating costs, increased radiant energy, longer life, low heat loss, more energy efficient, faster heat up, greater temperature uniformity, faster recovery rates, reduced process cycle time, less maintenance, faster cool down, less installation time, and greater productivity.
Dimensions | 67 × 27 × 22 cm |
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Max_temp | 1121°C (2050°F) |
Volts | 230 |
Watts | 20 kw |
Int_dims | 18X19X24 |
Ext_dims | 38X45X56 |
Controls | Digital |
High_limit | Analog |