Specification

Overview

1700℃ series products are mainly for the daily application development of the laboratory, high-quality furnace materials and stable temperature control system to ensure the reliability of the experimental data; the product uses high-purity alumina material as the furnace material, and the high-quality Silicon molybdenum rod is used for heating element, and the temperature controller uses microcomputer PID control module to achieve precise temperature control and constant temperature requirements.

Features

Patented temperature control design, fast heating rate, good temperature uniformity, can be raised to 1600℃ within 160 minutes

The heating element is made of high-quality silicon molybdenum rod, which can bear large load, stable and long service life; the silicon molybdenum rod is evenly arranged on both sides of the furnace, and the temperature field uniformity is good

Optional large-screen paperless recorder or RS232 communication interface for real-time recording of temperature rise curves, with memory card for analysis and printing of experimental data.

The furnace material is vacuum-formed alumina ceramic fiber material and does not drop powder in high temperature, heat capacity is small, energy saving above 50%

Using intelligent PID temperature control instrument, with program function, can set the temperature rise curve, can be programmed 30 segments

The machine will send out an alarm signal to the over-temperature during the working process, and automatically complete the protection action.

High temperature control accuracy, small temperature compensation and temperature accuracy ± 1 ° C

When the instrument program is set, just press the run button and the next work will be completed automatically

Electronic components are used Schneider products, with leakage protection, safe and reliable

Application

The 1700°C industrial box furnace (box type resistance furnace) mainly provides high temperature heat treatment environment for industrials, research institutes, factories and other industrial laboratories, and is applied to new materials such as metal materials, ceramic materials, nano materials, and semiconductor materials.