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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 vacuum furnace is a high-tech industrial oven used for heat treatment processes, primarily in the manufacturing and processing of metals, ceramics, and other materials. The furnace operates in a controlled vacuum environment, meaning that the air is removed from the chamber, creating a low-pressure atmosphere. This unique condition allows for specific and often superior material properties to be achieved during the heating process. Let’s dive deeper into the purpose of a vacuum furnace and why...
