High Temperature Lab Furnace

Description and Specification of  High Temperature Laboratory Furnace

A High Temperature Laboratory Furnace provides continuous heating to process samples and materials in a laboratory setting. These furnaces are built from refractory materials to maintain high temperatures without breaking down, and it is often set to function for longer periods, even up to months at a time, to complete a processing cycle.

High Temperature Lab Furnace heats a sample inside the furnace chamber using a heat source. The method used to heat the boiler is convective heat transfer, which can be powered by mechanical or gravitational convection. Until the entire chamber reaches the desired temperature, warmer air displaces cooler air through gravity convection and directs it towards the heating element. Compared to mechanical convection, this method has poor uniform heat distribution, a longer preheat time, and energy waste. The use of blowers and baffles in the furnace chamber makes mechanical convection High Temperature Lab Furnace a popular option because it helps heat the chamber more quickly and evenly.

High Temperature Laboratory Furnace is commonly used for three main purposes: drying, which involves removing moisture from the sample; baking, which involves heating the sample without causing it to become humid; and curing, which involves changing the sample chemically or physically.

Features of High Temperature Lab Furnace

• The furnace has precise temperature control and accurate precision for reliable results.
• The High Temperature Laboratory Furnace exhibits uniform heat distribution and minimizes hot spots.
• The Programmable Heating functions help create custom heating profiles for complex processes.
• The Data Logging feature in the furnace helps track and record temperature data for analysis and reporting.
• The furnace is equipped with remote monitoring to control and monitor it remotely for added convenience.
• The furnace has perfect gas flow control to precisely manage the gas atmosphere for specific material treatments.
• The Vacuum capability of the furnace operates under ideal conditions for specialized applications.
• The multiple chamber options provide flexibility when choosing between single- and multi-zone chambers.
• The furnace uses auto-tuning to optimize heating parameters for efficiency and energy savings.
• The furnace can receive signals and warnings for possible issues to prevent equipment damage.
• The furnace is manufactured with ramp rate control to fine-tune heating and cooling rates for delicate materials.
• The interchangeable crucibles help adapt to different sample types and sizes.

Applications of High Temperature Lab Furnace

High Temperature Lab Furnace is used in various applications, including annealing to improve the ductility and malleability of metal samples, solvent removal, sterilizing, evaporation, polymer curing, and polyimide baking. It is also used for product curing, sintering, melting, binder burnout, and thermal testing to detect material flaws. High Temperature Lab Furnace is also used for drying, baking, and curing in the manufacturing and scientific sectors. It is essential for product testing and material processing in various industries, including technology, automotive, aerospace, ceramics, electronics, and medical.

How to use? 

• Installation: Place the furnace on a level surface, with the controller 0.5 meters away.
• Sample Loading: Position the sample neatly and avoid furnace wall contact.
• Temperature Setting: Adjust to the desired level, ensuring it does not exceed the maximum permissible limit.
• Heating Monitoring: Observe temperature and heating current for regular operation.
• Wear gloves and avoid liquids and water-soluble materials.
• Cleaning and Maintenance: Regularly clean oxides and residues and perform maintenance as needed.

Safety Guidelines

• Use a proper PPE kit, gloves, safety glasses, and a lab coat.
• Make sure that the temperature does not exceed the furnace’s maximum temperature.
• Keep flammable materials away from the furnace.
• Cool Down: Let the furnace cool entirely before touching the internals.
• Follow Instructions: Refer to the manufacturer’s manual for safe use and maintenance.

Why Choose Us?

Techinstro has been a trusted manufacturer and supplier of High Temperature Lab Furnaces for the last ten years. We are providing fair prices and the best quality material.

Choose us for High Temperature Lab Furnace needs because we manufacture high-quality furnaces for various applications. Our furnaces operate precisely and securely. We are a leading global supplier committed to providing top-notch customer service and technical support to assist our clients in choosing the ideal furnace for all their unique needs. With our commitment to excellence and customer satisfaction, we aspire to become a reliable partner for all your high-temperature laboratory furnace needs.