News

Aug 15,2020

Daily Operation of Medium-Frequency Induction Furnaces

For the first firing after re-lining and sintering, the stainless steel probe must be tested using the grounding and leakage current probe testing device provided by the manufacturer to verify that it is properly grounded. Thereafter, periodic inspections should be conducted based on the condition of erosion at the bottom of the furnace lining.

Aug 16,2020

Precautions for Sintering the New Furnace Lining

The lifespan of a furnace lining largely depends on whether operators use the electric furnace correctly. Operators must never take any chances when it comes to furnace bodies that may harbor potential hazards. At the root of all serious and extremely serious furnace failures, the primary factor is invariably human subjectivity and carelessness.

Aug 16,2020

A Detailed Explanation of the Features and Applications of Medium-Frequency Induction Heating Furnaces!

The principle behind medium-frequency induction heating furnaces is electromagnetic induction, and the heat is generated internally within the workpiece itself. After starting work, ordinary workers can begin continuous forging operations just ten minutes later using a medium-frequency electric furnace. There’s no need for specialized furnace operators to perform preheating or sealing procedures in advance. Let’s take a closer look at the features of medium-frequency induction heating furnaces—hopefully, our netizens will enjoy this information!

Aug 17,2020

Hazards to be noted when using medium-frequency induction furnaces

Hazards to Watch Out for in Medium-Frequency Induction Furnaces (which Could Lead to Injuries or Fatalities): 1. A furnace leakage, also known as a "furnace burn-through" fault, is characterized by the following: During normal operation, the induction furnace suddenly experiences an abnormal trip, and the power supply repeatedly fails to restart. At this point, a furnace burn-through may occur.

Aug 18,2020

Emergency Operation for Power Outage of Kangda Electric Furnace

Kangda Electric Furnace Emergency Operation in the Event of a Power Outage—1. The Entire Workshop Experiences a Power Outage

Aug 19,2020

How to maintain a medium-frequency induction furnace

Electric Furnace Maintenance and Upkeep Diligently carry out daily, weekly, and monthly inspections of the electric furnace, with particular emphasis on maintaining and servicing the following aspects:

Aug 19,2020

Instruction Manual and Precautions for Medium-Frequency Induction Heating Furnace

The medium-frequency furnace inductor, also known as a through-type inductor, comes in various lengths depending on the length and diameter of the workpiece being heated. Generally speaking, however, medium-frequency induction heaters tend to have relatively long inductors. The purpose of this design is to ensure that, while maintaining a constant heating cycle for the workpiece, the temperature difference between the core and the surface remains within an acceptable range.

Aug 20,2020

Benefits of using a steel-shell furnace for medium-frequency induction furnaces

Compared to aluminum-shell furnaces, the steel-shell medium-frequency induction furnaces produced by Weifang Kangda Electric Furnace Co., Ltd. offer the following advantages. Therefore, whenever conditions permit, steel-shell furnaces should be preferred as much as possible.

Aug 21,2020

Measures to Reduce Energy Consumption of Medium-Frequency Furnaces

The energy consumption for melting molten iron accounts for a significant portion of the cost of casting production. Reducing the energy consumption for melting molten iron is an important measure for foundries to cut costs and improve efficiency.

Aug 22,2020

Advantages of induction furnaces in casting and grinding

The melting process is stable; oxidation losses during melting are minimal, and it allows for easy adjustment of temperature and composition when melting non-ferrous metals. There is little burn-off, and vacuum non-oxidizing melting can also be achieved. The process features electromagnetic stirring, enabling the use of inexpensive chip and scrap materials. Environmental pollution is minimal, and both worker labor intensity and the overall environmental impact have been significantly improved. It can be seamlessly connected to casting equipment, boasts a high degree of automation, and delivers high efficiency.