Ceramic membrane equipment forms a multi-tiered model system based on application scenarios and technical parameters. What are the main classifications? The editorial team of Qisheng Membrane Separation Technology has compiled the following for you:

I. Core Models by Application Area

Chemical Industry Series (H Series): Suitable for highly corrosive applications such as ammonia water filtration and alkali liquor desalination.

Pharmaceutical Series (Y Series): Integrates catalyst separation functions and meets GMP standards.

Water Treatment Series (W Series): Specifically designed for wastewater purification and ultrafiltration pretreatment, supporting air-water backwash regeneration technology.

Food and Beverage Series: Used for wine clarification, juice sterilization, and other processes (e.g., equipment from Dongqiang Company).

II. Laboratory and Small-to-Medium Scale Equipment Models

Laboratory Micro Units:

Qisheng Membrane Micro Unit: Processing capacity at the 160 mL level, suitable for micro-scale experiments in biopharmaceuticals.

Beijing Micro Test Unit: Supports separation precision from microfiltration to 200 Daltons molecular weight cut-off.

Juyuan Membrane X-Series: Specializes in oil-water separation experiments with an operating pressure differential of 0.3 MPa.

Pilot/Test Equipment:

Chengda Filtration Pilot Unit: Capacity of 10–100 L/h, suitable for small-batch applications such as natural plant extraction.

KM1812 Series: Includes CM-01 (membrane area 0.06–0.24 m²) and CMF-02 (0.24–0.96 m²) pilot models.

Quankun QKB Series: Processing capacity of 0.5–50 T/H, integrating solid-liquid separation functions.

III. Specialized Functional Equipment

Single-Layer Ceramic Isolation Membrane Coater: Model KTB650-09, used for lithium battery separator coating, with a mechanical speed of up to 50 m/min.

IV. Model Differences by Technical Parameters

Filtration Precision: Qisheng equipment offers membrane elements with 12 pore size specifications ranging from 2 nm to 1400 nm.

Integrated Technology: Some models feature built-in self-cleaning systems, such as scraper mechanisms or high-frequency pulse blow-cleaning devices.

Structural Design: Supports parallel configurations (e.g., H/Y/W series) to accommodate different processing scales.

The above model system covers the full spectrum of needs from laboratory R&D to industrial-scale production. Users can flexibly select models based on specific separation precision, acid/alkali resistance requirements, and production capacity.