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Electric Glass Furnace
Created with Pixso. Refractory Materials Energy Saving Customized Capacity Electric Glass Melting Furnace for Domestic Glass

Refractory Materials Energy Saving Customized Capacity Electric Glass Melting Furnace for Domestic Glass

Brand Name: JEFFER
Model Number: Customized
MOQ: 1 set
Price: Negotiable
Delivery Time: 90 days after received the down payemnt
Payment Terms: T/T,L/C
Detail Information
Place of Origin:
China
Certification:
ISO9001, ISO14001, ISO45001
Thermal Efficiency:
80%~85%
Fuel Type:
Electricity
Material:
Refractory Materials
Glass Type:
Soda-lime Or Others
Melting Area Material:
Electric Fused Cast AZS
Insulation Material:
Clay Brick, Light Clay Insulation Brick, Aluminum Silicate
Packaging Details:
Wooden case, tray, steel frame, etc
Supply Ability:
1 set per 3 months
Highlight:

Refractory Electric Glass Melting Furnace

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ISO45001 Glass Melting Furnace

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ISO45001 Electric Glass Melting Furnace

Product Description
Refractory ISO45001 Electric Glass Melting Furnace
High Efficient, Electric Heating Glass Furnace, Customized Design

Our electric glass melting furnace represents the pinnacle of modern glass production technology, combining efficiency, precision, and reliability for superior glass manufacturing.

Glass Melting Process Overview

Glass melting is the most critical process in glass production, transforming batched materials into qualified liquid glass through high-temperature heating to achieve uniform composition without bubbles.

Process Stages
  • Glass Liquid Forming: Sinter melts into flint glass liquid with silicate and SiO₂ transformation, though chemical components remain uneven at this stage
  • Clearing: Continuous heating reduces viscosity, releasing gaseous impurities and eliminating visible bubbles
  • Homogenization: Extended high-temperature treatment eliminates ripples through diffusion, creating uniform glass liquid at slightly lower temperatures than clearing stage

This complex process involves physical, chemical, and physicochemical phenomena that transform mechanically mixed raw materials into sophisticated molten glass.

Electric Melting Advantages
  • High thermal efficiency: 80%-85%
  • Significant energy savings
  • Compact footprint
  • Simple structural design
  • Reduced volatilization of expensive oxides
  • Stable melting technology
  • Zero pollution operation
  • Lower noise levels
  • Improved working conditions
  • Homogenized glass liquid quality
  • Superior product quality
  • Automated control systems
  • Reduced maintenance costs
Furnace Structure Components
Melting Tank Primary chamber for glass melting process
Throat Transition area connecting melting and conditioning sections
Forehearth Conditioning section for temperature homogenization
Spout Outlet for controlled glass flow to forming equipment
Electric glass melting furnace structure diagram
Melting Section Technology

Our electric furnace utilizes cooling top vertical melting theory to concentrate the melting process. The melting area design optimizes glass melting and homogenization, eliminating dead zones to ensure maximum melting efficiency and superior glass liquid quality.

Construction materials include electric fused cast AZS for melting and non-melting areas, complemented by clay brick, light clay insulation brick, and aluminum silicate products for other structural components.

Electric furnace melting section technical diagram