| Cat. No. | Membrane Dia. (mm) | Funnel Cap. (ml) | Flask Cap. (ml) |
| 1346/1 | 25 | 25 | 250 |
| 1346/2 | 25 | 50 | 500 |
| 1346/3 | 47 | 300 | 1000 |
| 1346/4 | 47 | 300 | 2000 |
| 1346/5 | 90 | 1000 | 5000 |
Membrane Filter Holder Assembly is a specialized laboratory filtration device used for precise separation of particles from liquids and gases. In many scientific laboratories, a Membrane Filter Holder Assembly supports membrane filtration processes where accurate particle retention is essential. Because filtration accuracy is critical in research and testing environments, laboratories depend on high-quality filtration systems.
Lexbax manufactures durable laboratory glassware and filtration equipment, including the Membrane Filter Holder Assembly, designed to meet the needs of research laboratories, pharmaceutical facilities, and industrial testing centers. With reliable construction and efficient filtration capability, Lexbax equipment helps laboratories maintain consistent experimental results.
Key Features of Membrane Filter Holder Assembly
Precision Membrane Filtration Design
A Membrane Filter Holder Assembly is designed to hold membrane filters securely during filtration processes. This structure ensures uniform filtration and accurate particle separation in laboratory experiments.
Durable Laboratory Glass Construction
The Membrane Filter Holder Assembly manufactured by Lexbax is produced using high-quality laboratory-grade glass. This material offers chemical resistance and durability, making it suitable for demanding laboratory environments.
Leak-Proof Assembly Structure
A properly designed Membrane Filter Holder Assembly ensures tight sealing during filtration. This prevents leakage and helps maintain consistent filtration performance.
Transparent Design for Filtration Monitoring
The transparent glass design allows researchers to observe the filtration process clearly. This visibility helps laboratories monitor liquid flow and filtration progress more effectively.
Applications of Membrane Filter Holder Assembly
Chemical Research Laboratories
In chemical research laboratories, a Membrane Filter Holder Assembly is commonly used to separate fine particles from solutions during laboratory analysis.
Pharmaceutical Laboratories
Pharmaceutical laboratories rely on Membrane Filter Holder Assembly systems for sterile filtration, compound purification, and laboratory testing procedures.
Environmental Testing Laboratories
Environmental laboratories use Membrane Filter Holder Assembly equipment to analyze water samples and detect contaminants or microorganisms.
Industrial Quality Control Laboratories
Industrial testing facilities also use Membrane Filter Holder Assembly setups for product analysis, filtration testing, and quality assurance procedures.
Benefits of Using Lexbax Membrane Filter Holder Assembly
Accurate Filtration Results
A Membrane Filter Holder Assembly supports precise filtration by securely holding membrane filters in place during experiments.
Durable Laboratory Equipment
Lexbax focuses on producing strong laboratory glassware designed for repeated laboratory use. This makes the Membrane Filter Holder Assembly reliable for long-term operation.
Improved Laboratory Efficiency
Efficient filtration systems help laboratories complete experiments faster. Using a Membrane Filter Holder Assembly improves filtration speed and accuracy.
Compatibility with Standard Filtration Systems
The Lexbax Membrane Filter Holder Assembly works easily with vacuum pumps, filtration systems, and membrane filters commonly used in laboratories.
Why Choose Lexbax
Lexbax is known for manufacturing dependable laboratory glassware used in research institutions, universities, and industrial laboratories. Every Membrane Filter Holder Assembly is produced using strict quality standards to ensure reliable filtration performance.
Laboratories trust Lexbax because the company focuses on precision manufacturing, durable materials, and consistent product quality. These qualities make Lexbax filtration equipment suitable for demanding scientific environments.
