Ceramic fiber resistance furnace

NegotiableUpdate on 03/20

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Overview

This series of cycle operation ceramic fiber resistance furnaces uses a new type of iron chromium aluminum high-temperature alloy wire or silicon carbon rod as the heating element, K and S scale thermocouples as the temperature measuring element, and a precision digital intelligent temperature controller to achieve automatic constant temperature or programmed temperature rise and fall of the electric furnace. The furnace material adopts a new type of fiber insulation material. It has superior performance such as high temperature measurement accuracy, accurate temperature control, low thermal conductivity, and high efficiency and energy saving. Used for high-temperature sintering and heat treatment of metal, non-metal, alloy, ceramic and other materials in laboratories, industrial and mining enterprises, research institutes and other units.

Product Details

This series of periodic assignmentsCeramic fiber resistance furnaceUsing a new type of iron chromium aluminum high-temperature alloy wire or silicon carbon rod as the heating element, K and S scale thermocouples as the temperature measuring element, and a precision digital intelligent temperature controller to achieve automatic constant temperature or programmed temperature rise and fall of the electric furnace. The furnace material adopts a new type of fiber insulation material. It has superior performance such as high temperature measurement accuracy, accurate temperature control, low thermal conductivity, and high efficiency and energy saving. Used for high-temperature sintering and heat treatment of metal, non-metal, alloy, ceramic and other materials in laboratories, industrial and mining enterprises, research institutes and other units.
SX3-6-14 Ceramic Fiber Resistance FurnaceDetailed parameters:
1Rated temperature: 1400 ℃;

2Power Supply and Power: AC220V/6KW；

3Furnace size: 250 × 150 × 100mm;

4Temperature measurement: S-division thermocouple precision digital display program temperature controller;

5Temperature control: thyristor phase-shifting voltage regulation intelligent PID control program for temperature rise and fall;

6Temperature control accuracy: ± 1 ℃;

7Heating time (from room temperature to 1300 ℃): 30 minutes.