1600℃ Double Loading Elevator Furnace for Debinding and Sintering

Product Overview

The 1600℃ Double Loading Elevator Furnace for Debinding and Sintering is specially designed with a dual loading platform that allows efficient alternating operation, minimizing downtime between processes. Equipped with a dedicated debinding port and high-temperature sintering capability, it is ideal for processing ceramics, powder metallurgy components, electronic materials, and composites.

The furnace adopts MoSi₂ heating elements, a PLC-controlled system, and precise PID temperature control, ensuring uniform heating, high stability, and excellent safety protection. Its dual-platform design is particularly suitable for large-scale production and research applications requiring both binder removal and high-temperature sintering.

Key Features

• Dual Loading Platform – two working tables allow continuous operation, increasing efficiency.
• Integrated Debinding System – equipped with a 60mm exhaust port for binder removal.
• High-Temperature Capability – maximum operating temperature 1600℃, suitable for advanced materials.
• Accurate Temperature Control – ±1℃ precision, no overshoot or undershoot.
• Uniform Heating – temperature uniformity within ±3℃ across the chamber.
• Strong Structure – CNC-machined furnace body with corrosion-resistant coating and long service life.
• Safety & Reliability – dual-loop protection, over-temperature, over-current, phase-loss, and soft-start functions.
• Programmable Control – 50-step programmable heating/cooling curves with real-time adjustment.
• Energy Saving – advanced insulation design reduces energy consumption by more than 80% compared with traditional furnaces.

Technical Parameters

Applications

This furnace is especially suitable for debinding + sintering combined processes:

• Ceramics industry – binder removal and high-temperature densification.
• Powder metallurgy – debinding and sintering of metal and alloy parts.
• Electronic materials – firing and binder removal of substrates.
• New materials R&D – composites, refractory materials, and polymer-based products.
• Industrial production – dual platform ensures continuous workflow and higher efficiency.