300 Kg Biomass Aluminium Melting Furnace

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300 Kg Biomass Aluminium Melting Furnace

Name: 300 Kg Biomass Aluminium Melting Furnace
Brand: SHAKTI BIO ENERGY SOLUTION
Price: 180000.0 INR
Availability: InStock

Price 180000.0 INR/ Piece

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MOQ : 1 Piece

300 Kg Biomass Aluminium Melting Furnace Specification

Rating
High Thermal Efficiency

Feature
Eco-friendly Operation, Low Running Cost, Durable Construction

Condition
New

Type
Biomass Aluminium Melting Furnace

Usage
Aluminium Melting

Power
Electric Motor for Feeder, Manual/Biomass Fuel for Heating

Voltage
380-440V, 3 Phase

Size
Standard (Designed for 300 kg load)

Dimensions
Approx. 1800 mm x 1300 mm x 1700 mm

Weight
Approx. 900-1200 Kg

Application
Aluminium Foundries, Metal Casting Industries

Fuel Type
Biomass (wood pellets, agro waste, etc.)

Capacity
300 Kg

Body Material
Mild Steel with refractory lining

Control Panel
Standard Electrical Control Panel

Insulation Type
High Quality Ceramic Fiber/Fire Brick Insulation

Melting Rate
150-200 kg/hr (Depending on biomass and aluminium scrap size)

Furnace Loading Type
Top Loading with Hopper Feed

Operational Mode
Semi-Automatic

Chimney
Integrated for Hot Gas Emission

Melting Temperature
Up to 850C

Motor Power
0.5 - 2 HP (Feeding motor)

Finish
Anti-corrosive coated exterior

Suitable Metals
Aluminium, Aluminium Alloys

Safety System
Over-temperature trip, Manual shutdown switch

Typical Fuel Consumption
30-40 kg/hour (Biomass)

Heating Method
Direct Biomass Combustion

Exhaust System
Cyclonic Dust Collector (Optional)

About 300 Kg Biomass Aluminium Melting Furnace

The 300 Kg Biomass Aluminium Melting Furnace is a robust and innovative solution designed for industrial applications. Engineered to provide stable operation, this furnace ensures consistent performance during melting processes. Powered by a 240 Volt (v) electrical system, it delivers reliability and energy efficiency. With a melting capacity of 300 Kg, this furnace is ideal for handling high-volume aluminium melting tasks in a seamless manner. The unit is in new condition and built to withstand demanding industrial environments, making it a reliable choice for manufacturers who prioritize quality. Its advanced design supports biomass fuel usage, aligning with sustainable operational practices. Perfect for industrial manufacturers, traders, and suppliers, this melting furnace is a blend of precision, durability, and modern technology.

FAQs of 300 Kg Biomass Aluminium Melting Furnace:

Q: What is the capacity of the furnace?

A: The furnace has a melting capacity of 100 Kg, making it suitable for high-volume aluminium melting tasks.

Q: What type of fuel can the furnace utilize?

A: The furnace is designed to utilize biomass fuel, supporting sustainable and eco-friendly operations.

Q: What voltage does the furnace operate on?

A: The furnace operates on a 240 Volt (v) electrical system.

Q: Is the furnace suitable for industrial use?

A: Yes, the furnace is specifically designed for industrial applications, ensuring reliability and durability.

Q: What is the condition of the furnace?

A: The furnace is in brand-new condition, ensuring optimal performance and longevity.

Superior Aluminium Melting Performance

Engineered for reliability and speed, this furnace can process up to 300 kg of aluminium, reaching temperatures as high as 850C. With a melting efficiency of 150-200 kg/hr, it's ideal for foundries seeking both productivity and quality. The design suits both new installations and capacity upgrades.

Eco-Friendly and Cost-Effective Solution

This furnace operates using biomass fuels such as wood pellets or agro waste, significantly reducing carbon emissions and fuel expenses. With an average fuel consumption of 30-40 kg/hour, it supports sustainable production practices while maintaining lower operational costs compared to conventional fuel options.

Robust Construction and Safety Features

Built with mild steel and lined with premium refractory materials, the furnace ensures longevity and stable operations. Integrated safety features, including over-temperature trip and manual shutdown, provide peace of mind during all stages of metal melting. An anti-corrosive finish preserves structural integrity in demanding environments.

FAQ's of 300 Kg Biomass Aluminium Melting Furnace:

Q: How does the 300 Kg Biomass Aluminium Melting Furnace operate?

A: The furnace uses direct biomass combustion, with wood pellets or agro waste as fuel. Material is loaded from the top via a hopper feed, and an electric motor-powered feeder introduces the biomass. A standard electrical control panel maintains operational control, and the system can melt 150-200 kg of aluminium per hour.

Q: What benefits does biomass as a fuel offer compared to conventional sources?

A: Using biomass significantly lowers carbon emissions, decreases fuel costs, and supports sustainable industrial processes. Biomass fuels are renewable, widely available, and environmentally friendly, making the furnace both economical and eco-conscious.

Q: When is this furnace recommended for use?

A: This furnace is best suited for aluminium foundries and metal casting industries that require efficient, continuous melting operations with capacities up to 300 kg per batch. It is especially beneficial where eco-friendly and cost-effective solutions are required.

Q: Where should the furnace be installed for optimal performance and safety?

A: It should be installed in well-ventilated areas with proper access to biomass fuel supply and adequate space for the integrated chimney and optional cyclonic dust collector. The location must comply with local fire and safety regulations.

Q: What is the typical maintenance process for this furnace?

A: Routine maintenance includes checking refractory insulation, cleaning the hopper and feeding system, inspecting the control panel, and ensuring the chimney and exhaust components are free of obstructions. Regular servicing maintains efficiency and extends the furnace's lifespan.

Q: How is operator safety ensured during the melting process?

A: Operator safety is prioritized through an over-temperature trip system, a manual shutdown switch, robust insulation, and standard electrical controls. These features collectively minimize operational risks and improve process reliability.

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