Heat Treating Solutions
We support heat treat facilities with a full spectrum of refractory capabilities, ranging from material supply and custom fabrication to advanced emissivity coatings and thermal diagnostics. Whether you’re running batch or continuous systems, Chase Nedrow helps you maintain thermal consistency, maximize uptime, and control operating costs.
Material Sales – Heat Treat
High-performance refractory materials tailored for furnaces, kilns, and thermal treatment lines.
Reliable Material Supply for Heat Treating Systems
We stock a comprehensive range of refractory materials selected for their high-temperature resistance, thermal cycling, and chemical stability—key requirements for heat-treating operations. Our material solutions help extend furnace life, reduce energy loss, and support consistent thermal profiles.
Available Materials:
- Insulating and dense firebrick
- Low-cement castables and plastics
- Ceramic fiber board, blanket, and modules
- Bonding mortars and gunning materials
- High-alumina shapes and back-up insulation
Why Choose Us:
- Inventory geared for batch and continuous heat treat systems
- Technical guidance on application-specific material selection
- Ready for scheduled maintenance or emergency replacement
Fabrication – Heat Treat
Custom refractory assemblies are built to maintain temperature integrity and maximize uptime.
Precision Fabrication for Heat Treating Environments
From furnace floor systems to burner surrounds, we fabricate refractory components to fit your exact furnace configuration. Our engineered assemblies are designed to handle thermal shock, abrasion, and rapid cycling—delivered ready to install and built to last.
Common Fabricated Solutions:
- Hearth blocks and burner surrounds
- Access port and view port blocks
- Damper linings and expansion joints
- Anchor systems with monolithic insulation
Benefits:
- Improves fit, performance, and maintenance access
- Shortens installation times
- Ideal for atmosphere-controlled or high-cycle operations
Emisshield – Heat Treat
Enhance heat flow, reduce cycle times, and protect your refractory with high-emissivity technology.
Increase Throughput and Efficiency in Heat Treat Furnaces
Emisshield high-emissivity coatings accelerate radiant heat transfer, enabling faster ramp-up and more uniform heating. By reducing hot and cold zones, Emisshield enhances temperature control and product quality while extending the service life of refractories.
Ideal Applications:
- Furnace walls, roofs, and doors
- Combustion zones and radiant tubes
- Soaking and heat-up areas
Performance Gains:
- Shorter cycle times and reduced fuel usage
- Uniform temperature distribution
- Increased equipment life in oxidizing or reducing atmospheres
Precast – Heat Treat
Pre-fired refractory blocks engineered for repeatability and thermal endurance.
Engineered Shapes for High-Cycle Furnace Applications
Our precast refractory shapes are optimized for thermal shock and heavy cycling typical in heat treating. Each component is formed under controlled conditions, ensuring long-term performance in areas like burner blocks, skids, and furnace linings.
Applications Include:
- Burner blocks and roof tiles
- Precast hearth and sill blocks
- Transition joints and dampers
- Door jambs and structural linings
Why Precast Works:
- Reduces on-site installation time
- Improves repeatability and alignment
- Withstands rapid heating and cooling cycles
Thermography – Heat Treat
See the unseen—identify weak points before they impact product quality.
Infrared Inspections for Furnace Reliability
Thermal imaging helps identify degraded linings, insulation loss, and energy leakage across heat treat systems. Our detailed infrared inspections support predictive maintenance, helping to maintain thermal consistency and reduce reject rates and unplanned repairs.
Inspection Scope:
- Furnace walls, doors, and joints
- Ductwork and flue linings
- Viewports, burners, and roof systems
Advantages:
- Early detection of insulation loss
- Visual proof for repair prioritization
- Reduces energy waste and downtime
