1700°C Laboratory High-Temperature Furnace for Ceramic Sintering

Introduction

The first-class workmanship using high-quality materials, combined with ease of operation, make the 1700.C high temperature furnace all-rounders in research and the laboratory, such as sintering, melting, annealing, test, etc heat treatment. The furnaces are also perfectly suited for the sintering of technical ceramics, such as zirconia dental bridges, and heat treatment for Jewelry(gemstone), etc.

Key Features

1. Max. Temperature 1700C, working temperature 800-1650C.
2. Intelligent 7” color touch screen temperature controller, easy to operate, clear heating process; can store temperature curve to avoid the trouble caused by repeated settings of different experimental processes.
3. 51 segments programmable and auto control.
4. Ceramic fibre furnace chamber, to ensure a fast heating rate, and save power.
5. By using special lining and heating elements made of pure type molydenum disilicide, products are protected against chemical contamination at the best and longer service life.
6. Vent device carefully designed is the perfect solution to the waste gas during material sintering.
7. Double layers steel casing with fan cooling, to ensure the surface of furnace below 50C, safety for the operator.
8. Low power consumable, exquisite structure and light weight, it is the ideal high temperature furnace for advance ceramic material research labs, also used in dental laboratories,etc.

Which Kinds of Field Can Use This High Temperature Furnace?

College & Universities, Chemistry, New Materials, Energy Science, Metallurgy, Electronics, Advance Ceramic, Dental Laboratories etc.

Applications of High Temperature Furnace

• Material Sintering and Heat Treatment: Used in metallurgy, ceramics, and materials science for sintering, hardening, and improving material properties under high temperatures.
• Metallurgical Processes: Essential for smelting, alloy production, and heat treatment of metals, ensuring uniform heating for strength enhancement and phase transformation.
• Semiconductor Manufacturing: Critical in the production of semiconductors for precise thermal treatment, oxidation, and annealing of materials.
• Ceramic Firing: Used in firing ceramic products such as zirconia pieces, and advanced ceramic components, including those in electronics and medical devices.
• Chemical Reactions and Synthesis: Employed in the chemical industry for high-temperature reactions, catalyst activation, and material synthesis under controlled atmospheres.
• Fuel and Energy Processing: Used in coal, oil, and gas industries for refining, pyrolysis, and other thermal processing operations.
• Environmental & Waste Treatment: Applied in the incineration and processing of waste materials, especially for organic waste and hazardous materials.
• Medical & Pharmaceutical Research: Supports the development of new drugs and biomaterials through controlled high-temperature experiments.
• New Materials Research & Development: Used in the creation of advanced materials such as composites, nanomaterials, and specialized alloys for applications in aerospace, automotive, and energy sectors.