Tubular atmosphere furnace

NegotiableUpdate on 05/15

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

The tubular atmosphere furnace uses a new type of high-temperature alloy wire as the heating element, and the furnace chamber is made of high-purity alumina fiber. The furnace tube is made of high-temperature resistant stainless steel tube or corundum tube, and the Z-high temperature is 1000 ℃. The temperature measuring element adopts nickel chromium nickel silicon thermocouple (K scale), and the temperature controller adopts PAN series precision digital intelligent temperature controller, which has two types: constant temperature type and program temperature control type. High temperature control accuracy, low thermal conductivity, high thermal efficiency, suitable for use in laboratories, industrial and mining enterprises, research institutes and other units for vacuum heat treatment and atmosphere sintering tests of metals, non metals, ceramics, glass, new materials, etc. It can also be used for sintering experiments in conventional environments.

Product Details

Tubular atmosphere furnaceUsing new high-temperature alloy wires or high-quality silicon carbon rods as heating elements, the furnace is made of high-purity alumina fibers, and the furnace tube is made of high-temperature resistant stainless steel tube or corundum tube. The temperature is 1200 ℃, and the temperature measuring element is a nickel chromium nickel silicon thermocouple (K scale). The temperature controller uses PAN6 and can be filled with nitrogen, hydrogen, inert gas and other atmospheres for experiments (the gas source cylinder needs to be prepared separately);High temperature control accuracy, low thermal conductivity, high thermal efficiency, suitable for use in laboratories, industrial and mining enterprises, research institutes and other units for vacuum heat treatment and atmosphere sintering tests of metals, non metals, ceramics, glass, new materials, etc. It can also be used for sintering experiments in conventional environments.

1. Rated temperature: 1000 ℃;

2. Power supply and output: AC220V/6KW;

3. Furnace size: Φ 60 × 600mm;

4. Temperature measurement: K-scale thermocouple+precision digital program temperature controller;

5. Temperature control: thyristor phase-shifting voltage regulation+intelligent PID regulation+program temperature rise and fall; Temperature control accuracy: ± 1 ℃;