SEO-Optimized Product Description
Overview
The AUSTWELD FE300MS Floor Drying Oven (Digital Control) is a high-performance industrial oven designed for professional welding workshops, fabrication facilities, and heavy-duty industrial operations.
With a 300kg electrode drying capacity and advanced digital PID control, this oven provides precise, uniform, and energy-efficient drying, ensuring electrodes remain moisture-free and ready for high-quality welds. Its digital control panel allows accurate temperature monitoring and adjustment, making it ideal for industrial environments requiring precision, reliability, and efficiency.
Why Choose the AUSTWELD FE300MS (Digital Control)
 Digital PID Precision Control – Easily set and maintain exact drying temperatures for consistent electrode quality.
 High 300kg Capacity – Perfect for large-scale industrial welding operations and continuous electrode drying.
 Even Heat Distribution – Ensures all electrodes are dried uniformly, eliminating hotspots.
 Durable Industrial Construction – Made with powder-coated steel, built to withstand harsh workshop conditions.
 Energy-Efficient Design – High-density insulation reduces heat loss, saving energy and cost.
 Trusted AUSTWELD Quality – Engineered for long-lasting performance, reliability, and professional-grade results.
Key Features
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300kg electrode drying capacity
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Digital PID temperature controller (50°C – 400°C)
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Floor-standing heavy-duty design
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Uniform heat distribution for consistent drying
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Powder-coated steel body for durability
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High-density insulation for energy efficiency
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Easy-to-use digital control panel
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Reliable performance for continuous industrial use
 


            
            
            
		
BR                                21936                            
VN                                12882                            
US                                9905                            
IN                                5100                            
AR                                3207                            
GB                                1897                            
MY                                1786                            
CN                                1575                            
        
        