Conical Filter (Hirsch Type) with Sintered Disc, Porosity G-1, G-2, G-3, or G-4

Description

The Conical Filter (Hirsch Type) is a high-quality filtration apparatus designed for precision filtration in laboratory and industrial applications. Equipped with a sintered disc of porosity options G-1, G-2, G-3, or G-4, this filter ensures the efficient separation of solids from liquids. Its conical design optimizes flow and provides a larger surface area for filtration, making it a reliable choice for applications requiring high accuracy and performance.

—

Key Features

1. Sintered Disc Filtration:

Available in porosities G-1, G-2, G-3, and G-4, catering to different filtration needs ranging from fine to coarse separation.

The sintered disc is uniformly porous, ensuring consistent and precise filtration results.

2. Hirsch-Type Design:

The conical shape provides enhanced filtration efficiency by maximizing flow and minimizing clogging.

Ideal for small to medium-scale filtration applications in laboratories or industrial setups.

3. Durable Construction:

Made from high-quality borosilicate glass, resistant to chemicals, thermal stress, and mechanical wear.

Designed to withstand repeated use in both standard and demanding conditions.

4. Versatile Application:

Suitable for filtering liquids, gases, or viscous fluids in research, chemical processes, and quality control applications.

Compatible with vacuum filtration systems to speed up the filtration process.

5. Easy to Use and Maintain:

The sintered disc can be easily cleaned and reused, providing a cost-effective filtration solution.

Compact and ergonomic design allows for easy handling during experiments or industrial processes.

—

Product Highlights

Sintered Disc Porosity Options: Choose from G-1, G-2, G-3, or G-4 to match specific filtration requirements.

Hirsch-Type Conical Design: Ensures efficient flow and reduced clogging for seamless filtration.

High Durability: Made from borosilicate glass, offering resistance to thermal and chemical damage.

Enhanced Compatibility: Works well with both vacuum and gravity filtration setups.

Reusable and Cost-Effective: Easy to clean and maintain for long-term use.

—

Applications

1. Laboratory Filtration:

Commonly used in academic and industrial laboratories for the filtration of solutions, solvents, and fine suspensions.

Ensures precise separation of solids from liquids in experiments.

2. Chemical Processing:

Used in industries for filtering chemicals and solutions during synthesis and manufacturing processes.

Effective in separating impurities from chemical mixtures.

3. Quality Control:

Assists in sample preparation and testing by providing clean, particle-free liquids or gases.

Frequently used in pharmaceutical, food, and beverage industries for stringent quality control.

4. Vacuum Filtration:

Ideal for use in vacuum filtration setups, providing faster and more efficient filtration of liquids.

Compatible with various vacuum systems and adapters.

5. Environmental Testing:

Used for water and air quality testing to remove particulates and contaminants for analysis.

Suitable for environmental monitoring applications.

—

Why Choose the Conical Filter (Hirsch Type) with Sintered Disc?

Precision Filtration: Delivers high accuracy for both fine and coarse filtration tasks with selectable porosities.

Hirsch-Type Efficiency: Optimized for enhanced flow and reduced blockages during filtration.

Robust and Reliable: Resistant to chemicals, heat, and mechanical stress, ensuring dependable performance.

Cost-Effective Solution: Reusable design reduces the need for disposable filtration materials.

Wide Range of Applications: Versatile enough for use in laboratories, industries, and environmental testing setups.

—

Technical Specifications

Material: High-quality borosilicate glass.

Porosity Options: G-1, G-2, G-3, G-4 (fine to coarse filtration).

Design: Conical filter (Hirsch type) with sintered disc.

Compatibility: Suitable for vacuum and gravity filtration systems.

Capacity: Available in various sizes to suit different application requirements.