200L High-Temperature 1700°C Chamber Furnace for Sintering

200L High-Temperature 1700°C Chamber Furnace for Sintering

Introduction

This 200L 1700°C Chamber Furnace offers a sufficiently large sintering chamber, making it suitable for laboratory research as well as industrial production.
It is mainly used in industries such as electronic components, artistic ceramics, structural ceramics, thick film circuits, magnetic materials, and metal heat treatment.
Based on the standard chamber furnace design, this product incorporates a pipeline system that delivers protective gas into the furnace chamber, creating an inert atmosphere for high-temperature sintering or heat treatment processes.

Key Features

1. High-Temperature Performance: Maximum temperature of 1700°C, with a continuous operating range from 800°C to 1650°C.
2. Advanced Programmable Control: Features a 30-segment programmable controller for precise temperature management and automated operation.
3. Efficient Heating & Energy Saving: The ceramic fiber furnace chamber ensures rapid heating while reducing power consumption.
4. Superior Lining & Heating Elements: Incorporates special lining and high-purity heating elements, effectively preventing chemical contamination and enhancing durability.
5. Safe & Cool Exterior: The double-layer steel casing with fan cooling keeps the outer surface temperature below 50°C, ensuring operator safety.
6. Dual Atmosphere Control: Equipped with a two-way atmosphere system, supporting inert gases such as Nitrogen, Argon, etc.
7. Effective Exhaust System: A top-mounted exhaust chimney efficiently removes volatiles generated during sintering.
8. Modern & Practical Design: Features a sleek, innovative appearance combined with practical functionality.

Technical Specifications

Model	M1700 200L 1700°C Chamber Furnace
Furnace Structure	•1800 type high purity ceramic fibre insulation (energy saving 40% and weight lighter about 30% than old furnace); • Double layers steel casing with fan cooling, to ensure the surface of furnace below 50.C.
Chamber size (working space)	500(W)x8000(H)x500(D)mm(200L)
Max Temperature	1700°C
Continue Working Temperature	800~ 1650°C
Heating Elements	High-purity molybdenum disilicide rods with excellent acid resistance and corrosion resistance.
Intelligent Touch Screen Temperature controller	1. PID automatic control and auto-tune function. 2. 30 programmable segments for precise control. 3. Built in protection for over-heated and broken thermal couple, and leakage. 4. Centralized control 7” color LCD touch screen man-machine English graphics interface, clear heating process, more intuitive and convenient operation. 5. Can store sintering programs to avoid the trouble caused by repeated settings of different experimental processes.
Working Voltage	380V 50HZ(or as requirement)
Rated Power	50KW
Heating Rate	≤20℃
Temperature Accuracy	±1℃
Thermal Couple	B type
Temperature Uniform	±3℃
Warranty	12 months(not including consumable parts, such as heating elements, thermocouple, etc), lifetime support.
Certificate	CE, ISO

Standard Size and Delivery Time

Which kinds of industry can use this Chamber Furnace?

University, Material Science, New Energy Research, Powder Metallurgy, Ceramic, etc.

Applications of 1700°C Chamber Furnace

1. Electronic Components

   • Sintering and annealing of electronic ceramics
   • Firing thick-film circuits

2. Structural Ceramics

   • High-temperature sintering of alumina, zirconia, and other structural ceramic materials
   • Production of wear-resistant and high-strength ceramic parts

3. Magnetic Materials

   • Sintering and heat treatment of ferrite and rare-earth magnetic materials
   • Improving magnetic properties through precise thermal processing

4. Metal Heat Treatment

   • Annealing, hardening, and tempering of metal components
   • Debinding and sintering of powder metallurgy parts
   • Heat treatment in an inert gas atmosphere to prevent oxidation

5. Artistic and Functional Ceramics

   • Firing artistic ceramics and porcelain at high temperatures
   • Producing functional ceramic products for industrial use

6. Research and Development

   • High-temperature material research in laboratories
   • Thermal testing of new materials under controlled atmosphere conditions

7. Industrial Production

   • Batch sintering for small-to-medium scale manufacturing
   • Suitable for pilot-scale production lines requiring consistent high-temperature performance

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