500°C Calcination and Drying Equipment

The 500℃ Calcination Drying Equipment is a precision temperature-controlled thermal processing unit designed to maintain temperatures up to 500℃. It specializes in material dehydration, degreasing, curing, and crystal transformation. Featuring a high-temperature resistant and corrosion-resistant inner chamber, it accommodates both laboratory-scale samples and industrial batch production. It delivers high temperature control accuracy and stable operation.

Core Categories & Applications

• Laboratory Type: 5-50L capacity, suitable for research samples and small-batch powder calcination

• Industrial Type: Chamber-type or cart-type calcination furnaces, 50L-10m³ capacity, intermittent operation, suitable for batch processing in chemical, metallurgical, new materials, and ceramic industries

Core Structure & Key Configuration

• Inner Chamber: High-temperature resistant stainless steel/alumina ceramic, withstands 500°C continuous operation, prevents material contamination

• Heating System: Electric heating wire/quartz heating tube, rapid heating with uniform temperature distribution, flameless design for enhanced safety

• Temperature Control System: Smart thermostat + thermocouple, precise temperature regulation adjustable from 50-500°C, supports timed temperature maintenance

• Auxiliary Features: Double-layer insulation (energy-saving, burn-proof), vent port (for volatile emissions), over-temperature alarm (safety protection)

Core Advantages & Key Performance

1. Precise temperature control with stable 500°C constant heat, ensuring consistent material processing

2. Fully insulated structure minimizes heat loss, saving energy while keeping exterior surfaces cool to the touch

3. Heat-resistant and corrosion-resistant inner chamber facilitates easy cleaning, compatible with powder, granular, and lump materials

4. Built-in over-temperature protection ensures safe operation without hidden hazards

Applicable Materials

Chemical raw materials (dehydration/degreasing), ceramic bodies (setting), metal powders (pre-treatment), food waste residues (carbonization), new material powders (crystal structure adjustment)