Glass Industry Solutions
Chase Nedrow delivers refractory solutions built for glass furnaces, forehearths, regenerators, and tin baths. Our systems are engineered for high thermal load, corrosive vapor environments, and critical temperature uniformity across float, container, and specialty glass production.
Material Sales – Glass
Refractories Designed for Molten Glass Environments
We supply high-purity, corrosion-resistant materials for glass tank linings, burner blocks, and regenerators. Products are selected for their ability to withstand contact with glass, volatile vapors, and extreme heat.
- Fused-cast AZS and high-alumina brick
- Silica and chrome-alumina materials
- Castables and rammables for non-glass-contact zones
- Ceramic fiber insulation and boards
- Mortars and expansion joint materials
Why Choose Us:
- Products specified for tank, crown, port, and regenerator applications
- Inventory aligned with float and container glass environments
- Engineering support for repair, rebuild, or retrofit
Fabrication – Glass
Custom Refractory Blocks for Forehearths and Regenerators
We fabricate refractory components that meet exacting tolerances for ports, burner blocks, and superstructure linings—designed to handle thermal cycling and glass vapor corrosion.
- Burner ports and port blocks
- Regenerator checker supports
- Access and inspection blocks
- Expansion systems and riser linings
Benefits:
- Precision fit improves longevity and thermal control
- Reduces downtime during rebuilds
- Fabricated for molten contact or non-contact zones
Emisshield – Glass
Enhance Radiant Heat Transfer and Temperature Uniformity
Emisshield coatings enhance radiant heat transfer in regenerator chambers, crowns, and furnace walls, resulting in more even thermal distribution and extended refractory life.
- Furnace crowns and breast walls
- Regenerator checkers and flue ports
- Forehearth and distributor chambers
Performance Gains:
- Faster heat-up and better control over melt zones
- Reduced fuel consumption and emissions
- Increased crown and superstructure life
Precast – Glass
Pre-Fired Shapes for Crown, Port, and Superstructure Zones
Our precast refractory shapes are used in float furnaces, forehearths, and port surrounds—engineered for dimensional stability, thermal endurance, and corrosion resistance.
- Port blocks and burner surrounds
- Checker supports and roof blocks
- Structural linings and expansion joints
- Inspection covers and access tiles
Why Precast Works:
- Ensures accurate fit and thermal repeatability
- Reduces downtime during rebuilds or outages
- Built to survive severe glass vapor exposure
Thermography – Glass
Thermal Imaging for Furnace Integrity and Preventative Planning
We use infrared scanning to monitor temperature differentials, identify insulation breakdown, and spot early-stage refractory failures in glass melting systems.
- Furnace crowns and superstructure
- Port necks and regenerator chambers
- Forehearth and distributor zones
Advantages:
- Enables preventative maintenance and targeted repairs
- Reduces the risk of crown collapse or air leaks
- Supports refractory life extension and energy efficiency
