Overview

Engineered for excellence, the AELAB Ceramic Muffle Furnace delivers high-temperature performance (up to 1600°C) with energy-efficient ceramic fiber insulation and rapid heat-up times. Trusted by lab professionals worldwide, it’s ideal for firing ceramics, materials testing, and heat treatment applications. With intelligent PID control, advanced safety features, and a wide range of sizes and capacities, AELAB ensures precise, consistent results in every lab scenario.

Feature

1. Furnace adopts all Ceramic Fibre structure, light weight, specific heat capacity

little, low consumption , saving more than 70% power.

2. Rising temperature quickly , can adjust rising temperature speed . It should take about15-30 minute from room temperature to 1000 C .
3. The case adopts high quality cold-rolled steel plate with the plastic spraying on the surface.

The door adopts side door structure, which easy to open and shut. For safety operating,

product have power off device when open the door.

4. Control system adopts high-precision P.I.D intelligent instrument which have function such

as auto-adjust,revise temperature error, timing, over temperature alarm, control temperature

stability, high precision. Also have non-contact circuit is used with the character of low

noise and high reliability.

🔬 How It Works?

The AELAB High-Temperature Ceramic Muffle Furnace uses ceramic fiber insulation and high-efficiency heating elements to achieve rapid and uniform heating. Controlled by an advanced PID intelligent system, it automatically regulates temperature, minimizes deviation, and provides consistent thermal performance. The side-opening door design ensures easy access, while the integrated power-off safety switch enhances operator protection during loading and unloading.

💡 Advantages

• ⚡ Energy Efficiency: Ceramic fiber insulation saves up to 70% power compared to traditional designs

• ⏱ Fast Heating: Reaches 1000°C in just 15–30 minutes for faster workflows

• 🎯 Precision Control: PID system ensures accuracy, stability, and repeatability

• 🔒 Enhanced Safety: Automatic power cut-off when door is opened

• 🛠 Durable Build: Cold-rolled steel case with powder coating for long service life

• 🔄 Flexible Options: Multiple models available from 1000°C to 1600°C, suitable for varied applications

🔍 Recommended Models by Use Case

• Educational Laboratories (General Heat Treatment, Small Samples): TC-2.5-10, TC-4-10 (1000°C, compact models)

• Research & Material Science Labs (Ceramics, Metals, Chemistry): TC-5-12, TC-10-12, TC-8-13 (1200°C–1300°C, medium volume)

• Industrial Applications (Advanced Material Sintering, High-Temp Processing): SX2-8-16, SX2-12-16 (1600°C, large capacity)

🧪 Ideal For

• Universities and research institutes (materials science, chemistry, metallurgy)

• Quality control laboratories (industrial inspection, heat treatment testing)

• Ceramic, glass, and refractory material analysis

• Metallurgical sintering, annealing, and hardening

• Electronic and semiconductor materials processing

Specifications