Custom Engineered Refractories

ISO 9001:2015 certified custom engineering. 5+ manufacturing partners (combined capacity: 50,000+ MT/year). Custom formulations: Al₂O₃ 40-95%, MgO 80-98%, SiO₂ 15-93%, ZrO₂ 30-67%. Physical properties: Bulk density 1.8-3.2 g/cm³, Cold crushing 20-100 MPa, Service temperature 1200-1850°C. Development process: Consultation (1-2 weeks) → Sample testing (2-3 weeks) → Pilot batch (4 weeks) → Full production (6-8 weeks). CAD/3D modeling, FEA thermal analysis. Testing: XRF, RUL, Thermal shock, Corrosion resistance. MOQ: 50 MT minimum. Lead time: 10-14 weeks total. Applications: Unique operating conditions, extreme temperatures, special chemical environments, complex geometries. Free technical consultation. On-site visits available for >100 MT orders.

Services

Custom Engineering Capabilities

Custom Formulations

Develop unique refractory compositions tailored to your specific operating conditions and performance requirements.

Get Quote

Bespoke Shapes

Manufacture complex precast shapes and special bricks to your exact dimensional and geometrical specifications.

Get Quote

Laboratory Testing

Comprehensive testing and validation of custom formulations before full-scale production.

Get Quote

Process Engineering

Complete refractory system design including installation procedures and thermal management.

Get Quote

CAD/3D Modeling

Advanced 3D modeling and simulation for complex shapes and lining systems.

Get Quote

Technical Support

Dedicated engineering support throughout the design, manufacturing, and installation process.

Get Quote
Options

Customization Capabilities

Tailor every aspect of your refractory to match exact application requirements

Chemical Composition
Component Range Applications
Al₂O₃ 40-95% High temp, slag resistance
MgO 80-98% Basic environments, steel
SiO₂ 15-93% Acid resistance, glass
ZrO₂ 30-67% Extreme corrosion resistance
SiC 5-80% Thermal conductivity, erosion
Physical Properties
Property Customizable Range
Bulk Density 1.8 - 3.2 g/cm³
Cold Crushing Strength 20 - 100 MPa
Service Temperature 1200 - 1850°C
Apparent Porosity 8 - 65%
Thermal Conductivity 0.2 - 15 W/m·K
Process

Custom Development Process

From concept to delivery in 10-14 weeks

1
Consultation & Analysis
1-2 Weeks
  • Requirements gathering
  • Operating condition analysis
  • Feasibility assessment
  • Preliminary recommendation
2
Sample Development
2-3 Weeks
  • Formulation development
  • Lab-scale production
  • Property testing (CCS, BD)
  • Sample shipment for approval
3
Pilot Production
3-4 Weeks
  • Pilot batch manufacturing
  • Full property validation
  • Process optimization
  • Customer approval
4
Full Production
4-5 Weeks
  • Bulk manufacturing
  • Batch-wise QC testing
  • Third-party inspection
  • Export packaging & shipping
When

When to Choose Custom Refractories

Custom engineering adds value in specific scenarios

Extreme Operating Conditions

Temperatures >1700°C, severe thermal cycling, or unusual temperature gradients requiring specially engineered thermal properties.

Aggressive Chemical Environments

Unique slag compositions, corrosive atmospheres, or chemical attack scenarios not addressed by standard products.

Complex Geometries

Non-standard shapes, tight tolerances, or integrated anchor systems requiring precision manufacturing.

Performance Optimization

Targeting specific performance metrics like extended campaign life, reduced energy consumption, or lower maintenance.

Legacy Equipment Support

Older furnaces or kilns requiring refractories matching original specifications no longer commercially available.

R&D & Prototyping

New furnace designs, pilot plants, or experimental processes requiring specially developed materials.

Requirements

Custom Order Requirements

Understanding MOQ, pricing, and timelines for custom projects

Minimum Order Quantity

50 MT for custom formulations. Smaller quantities (10-50 MT) may be possible with tooling charges.

Total Lead Time

10-14 weeks from order confirmation including development, testing, and production.

Development Costs

Sample development and testing costs typically $2,000-5,000 (refundable against order >100 MT).

Site Visits

Free on-site technical consultation available for projects >100 MT (travel expenses apply).

Information We Need
  • Application details

    Equipment type, zone location, operating cycle

  • Operating conditions

    Temperature range, atmosphere, process materials

  • Performance requirements

    Target campaign life, specific property needs

  • Dimensional specifications

    Shapes, sizes, tolerances (drawings preferred)

  • Quantity & timeline

    Annual requirement, delivery schedule

Have a Unique Refractory Challenge?

Our engineering team is ready to design the perfect solution for your specific application. Let's discuss your requirements.

Start Your Project