self recuperative and radiant tube burners
SICAFLEX
For installation in metallic and ceramic radiant tubes
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Features & Benefits:
- Flame tubes can be made to any length by combining individual flame tube segments
- Patented design with bayonet joints allows flame tube to be bent
- Material: SiSiC for maximum thermal capacity
- Minimum radiant tube internal diameter: 88 mm
- Sicaflex external diameter: 84 mm (±1)
- Length: 200 mm Narrow end cut off
Applications & Compatibility
- Applications
- Guiding hot flue gases in single-ended radiant tubes
- Compatible Burner Types
- Self‑recuperative burners - ECOMAX..C and ECOMAX..M
Dimensions & Length Specifications
- Segment Length
- Optional: 250, 200, 150 mm
- Standard: 300 mm
Connections & Interfaces
- Segment Connection Type
- Bayonet joint
Ignition, Flame & Supervision Specifications
- Recirculation Gap
- 30 mm ± 5 mm (D1)
Overview
- Product Type
- Segmented ceramic flame tube
Processing & Performance Metrics
- NOx Emissions
- Supports NOx reduction
Maximum/Minimum Temperature Limits
- Maximum Application Temperature
- 1350 deg C
Material Specifications
- Material
- SiSiC (Silicon Infiltrated Silicon Carbide)
Electrical Specifications
- Maintenance Interval
- Not specified; long service life due to ceramic material
Installation & Mounting Specifications
- Installation Orientation
- Horizontal and vertical configurations
Thermal, Flow & Process Characteristics
- Heating Type
- Indirect heating (radiant tube systems)
Mechanical Design & Adjustment Characteristics
- Deflector Gap
- 0.7 to 1.5 x radiant tube internal diameter (V1)
- Cut End Options
- Narrow end (F), wide end (M)
Applications & Compatibility
- Applications
- Guiding hot flue gases in single-ended radiant tubes
- Compatible Burner Types
- Self‑recuperative burners - ECOMAX..C and ECOMAX..M
Dimensions & Length Specifications
- Segment Length
- Optional: 250, 200, 150 mm
- Standard: 300 mm
Connections & Interfaces
- Segment Connection Type
- Bayonet joint
Ignition, Flame & Supervision Specifications
- Recirculation Gap
- 30 mm ± 5 mm (D1)
Overview
- Product Type
- Segmented ceramic flame tube
Processing & Performance Metrics
- NOx Emissions
- Supports NOx reduction
Maximum/Minimum Temperature Limits
- Maximum Application Temperature
- 1350 deg C
Material Specifications
- Material
- SiSiC (Silicon Infiltrated Silicon Carbide)
Electrical Specifications
- Maintenance Interval
- Not specified; long service life due to ceramic material
Installation & Mounting Specifications
- Installation Orientation
- Horizontal and vertical configurations
Thermal, Flow & Process Characteristics
- Heating Type
- Indirect heating (radiant tube systems)
Mechanical Design & Adjustment Characteristics
- Deflector Gap
- 0.7 to 1.5 x radiant tube internal diameter (V1)
- Cut End Options
- Narrow end (F), wide end (M)
- Applications : Guiding hot flue gases in single-ended radiant tubes
- Segment Length : Optional: 250, 200, 150 mm|Standard: 300 mm
- Segment Connection Type : Bayonet joint
- Recirculation Gap : 30 mm ± 5 mm (D1)
- Product Type : Segmented ceramic flame tube
- NOx Emissions : Supports NOx reduction
- Maximum Application Temperature : 1350 deg C
- Material : SiSiC (Silicon Infiltrated Silicon Carbide)
- Maintenance Interval : Not specified; long service life due to ceramic material
- Installation Orientation : Horizontal and vertical configurations
- Heating Type : Indirect heating (radiant tube systems)
- Deflector Gap : 0.7 to 1.5 x radiant tube internal diameter (V1)
- Cut End Options : Narrow end (F), wide end (M)
- Compatible Burner Types : Self‑recuperative burners - ECOMAX..C and ECOMAX..M
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