A laboratory furnace plays a pivotal role in the accomplishment of large organizations in several industries such as electronics, aircraft and car production and a wide array of other high technological domains. These are proposed for constant high-temperature uses; hence are typically manufactured from different high temperature refractory resources. These furnaces are generally preloaded with an over-temperature safety measure as well as a computer interface to program and control furnace operations. The offered range of laboratory furnaces developed by the laboratory furnace manufacturers is equipped with characteristics that make it a high performer for educational institutes, R&D operations, pharmaceutical companies and many more.
Classification of Laboratory Furnace
With laboratory furnaces finding its application in a wide gamut of areas, no wonder it is classified into several different kinds with each having its own specific maximum temperature limits. The range of laboratory furnace comprises of;
- Testing Furnace
- Muffle Furnace
- Silicon Carbide Furnace
- High Temperature Furnace
Working principle of laboratory furnace
The working principle associated with a laboratory furnace is heating the air inside the compartment and heating the resistance wire via electricity. Managing the temperature rests on the electronic control unit’s performance and an enhanced performance can be sustained by a PID controlled unit. A laboratory furnace generally does not involve an intricate cooling unit. In general a simple fan arrangement is installed while cooling is carried out by this simple fan arrangement sustained by a chimney. In unison, some gases that come out at the time of heating are released from the inner chambers via this chamber.
The laboratory furnaces designed by the leading laboratory furnace manufacturers are designed for heating the specimen up to a temperature of 1700°C. Insulation plays a crucial role in an enhanced performance of laboratory furnaces. Such furnaces generally have an inner volume ranging between 3-50 litres. Given the intricacy of a high processing temperature processing technique, the offered series of laboratory furnace is manufactured with versatility and quality in mind. By concentrating on the functionality and quality, these will last for a longer period and also ensure high performance, energy efficiency and temperature uniformity.
Conclusion
A zest for learning coupled with innovative strategies is extremely vital in the domain of laboratory furnace manufacturing. Hence the laboratory furnace manufacturers come up with innovative marketing techniques that work wonders in not only boosting up sales but also enhancing their business interests and market presence.
