Alumina Packing Balls

Alumina Packing Balls

TECERA alumina packing balls serve as inert catalyst bed support for chemical towers and reactors. They feature superior thermal stability and uniform fluid distribution, improving reaction efficiency and reducing long-term maintenance costs.
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Product Introduction

Products Description

 

TECERA alumina packing balls serve as inert catalyst bed support media. These alumina packing balls ensure uniform fluid distribution in towers. These alumina packing balls feature excellent thermal stability. These alumina packing balls boost reaction and distillation efficiency.

 

Core Features & Benefits

 

TECERA alumina packing balls are high-purity inert alpha-alumina filling media, purpose-built for catalyst bed support and fluid distribution in chemical towers, distillation columns and fixed-bed reactors. Sintered from alpha-phase alumina powder, they directly solve core industry pain points including catalyst poisoning from low-grade carriers, bed fragmentation from thermal shock, and uneven flow reducing reaction efficiency.

High-purity inert formula: Alpha-phase crystal structure eliminates surface active sites and unwanted side reactions. High-purity grades control Fe₂O₃ ≤0.02% and Na₂O ≤0.03%, effectively preventing catalyst deactivation and meeting strict purity requirements for fine chemical and ethylene oxide production.

Superior strength & thermal shock resistance: Precision-formed and vacuum-sintered at 1600–1700°C for a dense, low-porosity structure. It withstands high reactor pressure and frequent thermal cycling without cracking, maintaining stable bed structure and reducing replacement frequency.

Uniform flow distribution: Precise spherical geometry and tight dimensional tolerance ensure even gas-liquid distribution and stable pressure drop across the bed, directly improving tower mass transfer efficiency and reaction consistency.

Flexible customization: Standard diameters range from 3 mm to 50 mm, with optional polished surface finish for high-purity conditions. Custom sizes, shapes and purity grades are available to match specific process requirements.

 

Technical Specifications

 

Standard Grade Parameters

Grade Al₂O₃ Content Bulk Density Water Absorption Typical Application
TB85 ≥85% ≥3.50 g/cm³ ≤0.01% General tower filling, low-demand working conditions
TB92 ≥92% ≥3.60 g/cm³ ≤0.01% Conventional refinery units, common chemical towers
TB95 ≥95% ≥3.68 g/cm³ ≤0.01% Hydrodesulfurization, medium-pressure reaction systems
TB97 ≥97% ≥3.73 g/cm³ ≤0.01% High-purity chemical, fine chemical synthesis processes

General Performance Index

Mohs Hardness: 9

Single Ball Crush Strength: 150 – 600 N (varies with diameter)

Max Continuous Operating Temperature: Up to 1500°C

Quality Standard: Tested per ASTM D6175 (radial crush strength) and ASTM D7084 (bulk crush strength)

 

Industry Applications

 

Petrochemical & oil refining: Hydrodesulfurization, catalytic reforming, hydrocracking units and ethylene oxide production reactors

Chemical processing: Distillation columns, scrubbing towers and fine chemical synthesis reaction systems

Environmental protection: SCR denitration systems and industrial waste gas purification equipment

General industrial towers: Support media and distribution layers for various fixed-bed reaction devices

 

Quality Assurance & Supply Service

 

TECERA implements strict batch-by-batch quality control, with each production lot supplied with a full certificate of analysis covering purity, impurity content, crush strength and bulk density, ensuring stable batch-to-batch consistency. Free pre-order samples are available for performance verification and destructive testing.

TECERA provides factory-direct bulk pricing, flexible customization services and reliable global logistics support. Contact TECERA with your required diameter, purity grade and estimated volume for a tailored quotation within 24 hours.

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