1700 °C Integrated Debinding & Sintering Furnace

Description：

The KJ-MY1700 is a box-type furnace that runs binder removal (debinding) followed by high-temperature sintering in the same chamber....

Introduction

The KJ-MY1700 is a box-type furnace that runs binder removal (debinding) followed by high-temperature sintering in the same chamber. Ceramic green bodies are loaded once: a slow, controlled low-temperature ramp drives off the binder, then the same program continues to 1700 °C for densification — no part transfer between furnaces. An independent fume cabinet, ducted to the chamber through stainless-steel piping and a blower, extracts decomposition vapors during the debinding hold.

MoSi₂ heating rods and a Type B thermocouple provide accurate 1700 °C performance; the hot zone is lined with high-purity alumina fiber and enclosed in a double carbon-steel shell with forced air cooling. Touch-screen PID with self-tuning and multi-segment programming holds temperature at ±1 °C, with over-temperature and thermocouple-burnout protection. Inert atmosphere and vacuum are available as options.

Applications

1. Oxide ceramics — binder removal and final sintering in one cycle
2. Special structural ceramics — high-density ceramic parts requiring 1700 °C densification
3. Ceramic 3D-printed green bodies — support/binder burnout followed by sintering without handling delicate parts
4. Electronic and engineering ceramics — controlled ramp to avoid cracking, blistering, and distortion
5. R&D and small-batch production — labs, pilot lines, and trial-production runs needing repeatable debinding-to-sintering profiles
6. Atmosphere-controlled processing — ambient air, inert gas, or optional vacuum

Technical Parameters

Item	Specification
Product name	Box-type integrated debinding & sintering furnace
Model	KJ-MY1700
Maximum temperature	1700 °C
Heating elements	Silicon-molybdenum (MoSi₂) rods
Thermocouple	Type B
Temperature control	PID with self-tuning; intelligent multi-segment programmable
Temperature control accuracy	±1 °C
Temperature protection	Over-temperature and thermocouple-burnout protection; tower-stack alarm light
Chamber material	High-purity alumina refractory fiber
Shell structure	Carbon-steel double shell with forced air cooling
Door type	Hinged, open-front door
Working environment	Ambient air; atmosphere / vacuum customizable
Process flow	Debinding → sintering in one chamber
Chamber size (W × H × D)	300×300×400 mm; 400×400×500 mm; 500×500×500 mm; 600×600×600 mm; 600×600×1200 mm; other sizes customizable
Exhaust treatment	Independent fume-treatment cabinet with blower, ducted to the furnace for binder-vapor extraction
Optional equipment	Flow meter, vacuum system, door-open power cut-off, touch screen, remote control, computer display
Control panel	Remote control enclosure with digital displays and emergency stop