Ceramic Saddles

High-efficiency random packing media with 72-78% void space for superior gas/liquid contact. Engineered for RTO systems, distillation columns, and chemical processing with excellent thermal stability (1200°C).

Key Advantages:

✔ Multiple sizes (½" to 3")

✔ Acid-resistant (≥99.5%)

✔ Low pressure drop design

Applications:

• VOC abatement

• Thermal oxidizers

• Petrochemical refining

Hexagonal Honeycomb Ceramic

Advanced ceramic structure with optimized hexagonal cells for superior gas flow efficiency and thermal performance (up to 1400°C). Ideal for RTO systems, catalytic converters, and industrial filtration.

Key Advantages:

✔ Multiple materials (Cordierite/Mullite/Alumina)

✔ High thermal shock resistance (ΔT≥300°C)

✔ Low pressure drop design

✔ Custom cell sizes available

Applications:

• VOC abatement systems

• Thermal oxidizers

• Chemical processing

Corundum Honeycomb

Premium-grade ceramic with >75-95% Al₂O₃ for extreme heat resistance (1400°C) and exceptional thermal shock resistance (ΔT≥300°C). Ideal for RTO systems, catalytic converters, and industrial filtration.

Key Advantages:

✔ Ultra-low thermal expansion (CTE<6)

✔ High mechanical strength (8-15MPa)

✔ Multiple cell configurations available

✔ Low water absorption (12-18%)

Applications:

• Regenerative thermal oxidizers(RTO)

• VOC abatement systems

• High-temperature catalysis

Dense High-Alumina Honeycomb Ceramic

Premium thermal stability (1350°C) with ultra-low CTE (≤3.5×10⁻⁶/K) and exceptional thermal shock resistance (ΔT≥300°C). Ideal for RTO systems, catalytic converters, and harsh industrial applications.

Key Features:

✔ 55-65% Al₂O₃ composition

✔ High strength (8-12MPa)

✔ Low water absorption (3-7%)

✔ Multiple cell configurations

High-Alumina Honeycomb Ceramic – Premium thermal stability (1350°C) with excellent thermal shock resistance (ΔT≥350°C). Ideal for RTOs, catalytic converters & harsh environments.

Key Features:

✔ 55-65% Al₂O₃ composition

✔ 13×13 to 60×60 cell options

✔ High strength (6-10MPa)

✔ Low CTE (≤5×10⁻⁶/K)

Applications:

• RTO systems • VOC control • High-temp filtration