Alumina Ceramic Tubular Membrane

Alumina Ceramic Tubular Membrane is an advanced inorganic filtration material developed from porous ceramic membrane technology. It adopts an asymmetric membrane structure and cross-flow filtration mechanism to achieve efficient solid-liquid separation, concentration, and purification.

Specifications can be selected according to filtration accuracy, processing requirements, chemical conditions, and equipment configuration.

Tubular Membrane Module Specifications

Excellent Chemical Stability
Resistant to acids, alkalis, oxidation, and organic solvents, supporting stable operation in chemically demanding filtration environments.
High Temperature Resistance
With a working temperature range of -10℃ to 350℃, ceramic membranes maintain reliable performance under high-temperature processing conditions.
High Mechanical Strength and Wear Resistance
The ceramic structure provides strong mechanical durability and wear resistance, supporting long-term industrial filtration operation.
Precise Separation Performance
Available pore sizes of 100 nm and 200 nm enable accurate solid-liquid separation and micro/nano-level filtration performance. 

Fine Separation Requirements
Membrane elements with smaller pore sizes are suitable for applications requiring higher filtration accuracy and improved removal efficiency of fine particles.
Higher Processing Capacity Requirements
Multi-channel tubular membrane configurations provide larger filtration areas and support higher processing requirements in industrial filtration systems.
Harsh Chemical Environment Applications
Different ceramic separation layer materials can be selected according to chemical compatibility requirements and operating conditions.
Customized System Requirements
Membrane length, channel structure, and separation layer materials can be adjusted according to equipment design and specific process requirements. 

Industrial Wastewater Treatment
Used for industrial wastewater filtration, purification, and reuse systems requiring corrosion resistance, stable separation performance, and long-term operation.
Food and Beverage Clarification
Applied in fruit juice, beverage, and alcoholic beverage clarification processes requiring efficient solid-liquid separation and consistent product quality.
Fermentation Broth Filtration
Suitable for clarification and sterilization processes of fermentation liquids in biotechnology-related applications.
Biopharmaceutical Processing
Used in filtration processes requiring stable separation performance and compatibility with repeated cleaning procedures.
Oil-Water Separation
Applied in oil-water separation systems where chemical resistance and mechanical durability are required.
Reclaimed Water and Drinking Water Treatment
Used in water purification and reuse applications requiring reliable filtration performance.
Chemical Industry Applications
Suitable for chemical processes involving acidic, alkaline, solvent, and high-temperature operating environments 

ZC-TECH applies professional material analysis and testing methods to evaluate ceramic membrane composition, microstructure, and filtration-related properties.

Chemical Composition Analysis
Material composition analysis is performed to verify alumina-based ceramic material consistency and maintain stable product quality.
Microstructure and Pore Structure Analysis
SEM analysis is used to evaluate ceramic membrane microstructure, pore characteristics, and surface morphology for consistent structural performance.
Pore Size Control
Membrane pore size and structural parameters are monitored to maintain stable filtration accuracy and separation performance.
Physical Property Testing
Porosity, structural characteristics, and material properties are evaluated to support reliable industrial applications. 

20+ Years of Advanced Material Manufacturing Experience
Established in 2003, ZC-TECH specializes in the research, development, production, and supply of advanced inorganic functional materials.
Integrated Ceramic Material Development and Production
ZC-TECH combines ceramic material research, powder processing technology, manufacturing capability, and application support to provide industrial ceramic filtration solutions.
Professional R&D and Testing Capability
Advanced material analysis equipment supports product evaluation, microstructure analysis, performance verification, and application-oriented material development.
Application-Oriented Ceramic Membrane Solutions
ZC-TECH provides ceramic membrane solutions with different pore sizes, channel structures, and material configurations according to filtration requirements and system conditions.
Quality Management System
ZC-TECH operates under ISO 9001:2015 Quality Management System requirements to support standardized production control and consistent product quality.
Global Supply Experience
ZC-TECH supports international customers with experience in overseas markets including India, South Korea, Türkiye, Russia, Spain, and other regions.