Shuttle-Type Bogie Hearth Furnace

Overview

The GWDL-STCY Shuttle-Type Bogie Hearth Furnace is a high-temperature thermal processing solution designed with a movable bogie structure for efficient loading and unloading. The shuttle design ensures stable temperature distribution, high production flexibility, and improved energy efficiency. It is widely used in ceramics, metallurgy, glass, electronics, new material development, and laboratory research for sintering, heat treatment, and melting processes.

At GWDLTHERMO, we are committed to providing customized heat treatment solutions tailored to the unique needs of every customer.

Key Features

Maximum Temperature: Up to 1200℃, suitable for high-temperature sintering and heat treatment.
Heating Elements: High-quality Kanthal A1 nickel-chromium alloy resistance wires, evenly distributed for uniform heating.
Furnace Lining: Vacuum-formed high-purity alumina fiber insulation with excellent thermal efficiency.
Temperature Control: Intelligent PID-based control system with ±1℃ accuracy, ensuring precise thermal management without overshoot.
Shuttle Bogie Design: Motor-driven bogie with safety limit switches, designed for smooth material loading and unloading.
Energy Efficiency: Advanced multi-layer insulation reduces energy consumption by over 60% compared to conventional furnaces.
Cooling & Safety: Dual-layer shell with air-cooling system keeps outer casing below 45℃, improving operator safety and working environment.

Technical Specifications

Parameter	GWDL-SHBF
Max. Operating Temperature	1200℃
Continuous Working Temperature	1150℃
Power Supply	380V, 120KW
Chamber Size	D1000mm × W1000mm × H2000mm
Heating Elements	Kanthal A1 Ni-Cr Alloy
Thermocouple Type	K-type
Temperature Accuracy	±1℃
Furnace Uniformity	±5℃ (no load)
Heating Rate	Up to 15℃/min (adjustable)
Bogie Load Capacity	100kg – 10 tons (customizable)
Control Interface	Intelligent PID, 50-step programmable curves, RS485 communication
Safety Features	Overcurrent, overvoltage, phase loss, overheating, and dual-circuit protection

Applications

Ceramics: Sintering, glazing, and specialized ceramic material production
Metallurgy: Heat treatment of alloys, hardening, tempering, and annealing
Glass: Controlled heating for melting and forming
Electronics & Semiconductors: High-temperature processing for research and production
New Materials: Development of advanced composites, non-metals, and refractory products

Advantages

Efficient shuttle bogie structure for flexible material handling
Stable and uniform temperature field with programmable multi-curve control
High thermal efficiency with advanced insulation materials
Robust structure with modern anti-oxidation, corrosion-resistant finish
Customizable in size, load capacity, and heating system to meet industry-specific demands