Solving Firing Defects Starts with a Superior Enamel Furnace

We achieve exceptional temperature uniformity (typically ±5°C) in our enamel furnace designs through several methods: strategic placement of high-performance heating elements (electric) or radiant tubes (gas), advanced thermal insulation, and the use of controlled air circulation systems. We validate this with multi-point thermal audits before any furnace leaves our facility.

A continuous enamel furnace is part of an automated line where parts move through on a conveyor at a constant speed, ideal for high-volume production. A batch furnace (or box furnace) is one where parts are loaded, the door is closed, and the furnace runs through a full firing cycle before being unloaded. Batch furnaces are more suited for lower volumes or very large, unique parts.

An enamel furnace is a significant long-term investment. At TIMS, we build our furnaces for extreme longevity in high-temperature environments. We use heavy-gauge steel shells, multi-layered refractory insulation, and high-temperature alloys for all internal components like the conveyor system. With proper maintenance, a TIMS furnace is engineered to provide decades of reliable service.

Energy efficiency is a core design principle. A TIMS enamel furnace achieves this through a combination of thick, multi-layer insulation to minimize heat loss, heat recovery systems at the entrance and exit vestibules, and intelligent control systems that ensure the heating elements or burners are only firing when necessary to maintain the precise temperature setpoint.

Yes. We custom-engineer each enamel furnace for the specific application. Cast iron, for example, has a high thermal mass and requires a longer, more stable firing curve. We design the furnace's length, power output, and control system to perfectly match the thermal requirements of the products being fired, ensuring a perfect cure without defects.