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Ceramic Fiber Heating Module Block for Electric Resistance Furnace
Introduction
NC fiber heating module, resistance furnace product description. The NC fiber heating module is a single fiber electric heating element formed by combining the fiber material with the embedded resistance wire through a special processing technique. The resistance wire can be arranged in either a "Z" shape or a spiral shape. The forming methods include embedding and burying. It can be used at temperatures ranging from 300 to 1300°C and is an ideal alternative to traditional resistance heating equipment due to its unique advantages.
The NC high-efficiency energy-saving resistance furnace uses high-temperature refractory fiber vacuum-formed products as the furnace lining, with integrated mechanical and electrical design, program control, and digital display. It has an energy-saving rate of up to 40% and meets the national Class C furnace standard according to testing results. It has advantages such as fast temperature rise/fall speed, high temperature control accuracy, uniform furnace temperature distribution, and light weight.
Characteristics
The product features high-temperature stability, low thermal conductivity, low heat capacity, heat shock resistance, corrosion resistance, excellent insulation performance, compression/ bending resistance, and easy installation and use.
Application
The product is widely used in various types of custom-shaped resistive heaters such as tube furnaces, jet dyeing machines, circular arc heaters, pipeline heating devices,cabinet-type resistive furnaces, and large industrial electric furnaces. The common specifications of the product are designed and produced according to customer requirements.
Product Common Specifications
Designed according to user requirements.
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A furnace lining rarely fails because the furnace reached an impossible temperature. It usually fails because the refractory material was selected for the wrong mix of heat, chemistry, load, and thermal cycling. The symptoms are familiar: spalling on the hot face, open joints, corroded anchors, and a shell that quietly consumes gas or electricity for months. Short answer: choose furnace refractory material by failure mode first, temperature second, and price third. Ceramic fiber and lightweigh...
