FAQ

The well-type furnace adopts a vertical deep-well furnace body structure, equipped with a top furnace cover lifting system, circumferentially arranged heating elements, multi-layer refractory insulation materials and a special atmosphere sealing device. It realizes efficient and uniform heating of long shaft workpieces and is widely used in industrial fields such as heat treatment, annealing and quenching.

This article details the eight key factors to focus on when selecting a mesh belt furnace: capacity calculation, operating temperature range, mesh belt material selection, furnace body structure design

High-temperature trolley-type resistance furnaces adopt a movable trolley structure, enabling easy handling of large workpieces. They feature excellent temperature uniformity and energy-saving performance, and support high-volume continuous production. These furnaces are widely used in high-temperature heating processes in the metallurgy, casting, and heat treatment industries.

This article details the standardized replacement process for pusher kiln heating elements, including key steps such as power-off handling, old element disassembly, new element installation and testing, and thermocouple calibration. It provides operational safety specifications and solutions to common problems to ensure stable equipment operation.

This guide elaborates on the common fault phenomena and solutions of rotary tube furnaces, covering the fault diagnosis and handling processes for key components such as the mechanical transmission system

The comprehensive pre-use inspection process of the vacuum sintering furnace includes vacuum system detection, electrode tightness inspection and cooling system inspection. In addition, it covers post-use furnace chamber cleaning, vacuum pump maintenance and maintenance methods for key components, so as to ensure the long-term stable operation of the equipment and extend its service life.

This article elaborates on the core principle of industrial box-type resistance furnaces converting electrical energy into thermal energy through the electrothermal effect

Maximum operating temperature, furnace chamber temperature uniformity, heating element type, temperature control precision & programming functions, and safety protection system. These help you fully understand the performance parameters of the muffle furnace and make an informed purchasing decision.