HPM-M Perfume Cooling Filtration Machine

Why Use Cooling Filtration for Perfume?

After perfume preparation, fine suspended impurities or haze-forming materials may still affect finished-product clarity.

The HPM-M combines controlled low-temperature treatment with staged filtration, allowing the fragrance to be cooled and then passed through 1.0 μm and 0.2 μm filtration stages before storage or filling.

The typical process is:

Perfume Preparation → Cooling → 1.0 μm Filtration → 0.2 μm Fine Filtration → Storage or Filling

This integrated process helps manufacturers improve perfume clarity, filtration consistency and process control before bottling.

How the HPM-M Perfume Cooling Filtration Process Works

1. Cooling

Prepared perfume is transferred into the stainless steel processing tank. The refrigeration system lowers the liquid temperature according to the required production process.

2. First-Stage Filtration

A pneumatic diaphragm pump circulates the cooled perfume through a 1.0 μm first-stage filter to remove larger fine particles and reduce the load on the final filter.

3. Fine Filtration

The fragrance then passes through a 0.2 μm final filter for precision clarification before storage or filling.

4. Recirculation or Discharge

The perfume can continue circulating until the required process condition is reached, then be transferred to a clean storage tank or filling machine.

Key Features of the HPM-M Perfume Filtration Machine

1. Integrated Cooling and Filtration

Cooling, circulation and filtration are integrated into one compact system, helping simplify the production layout and reduce unnecessary liquid transfer between separate machines.

2. Two-Stage Precision Filtration

The standard filtration process uses a 1.0 μm first-stage filter followed by a 0.2 μm fine filter, providing staged clarification before perfume storage or filling.

3. Low-Temperature Perfume Processing

The refrigeration system provides controlled low-temperature processing, with freezing temperatures from -5°C to -15°C depending on configuration and process requirements.

4. Sanitary Stainless Steel Processing System

The HPM-M uses a stainless steel processing tank, sanitary-grade pipes and valves, quick-connect fittings and a pneumatic diaphragm pump to create a compact liquid path from cooling to filtration.

The standard configuration includes:

• SS304 stainless steel structure

• Titanium metal cooling coil

• Pneumatic diaphragm pump

• Polypropylene microporous filtration elements

• Sanitary-grade pipes and valves

• Quick-connect piping for easier cleaning and maintenance

5. Compact and Easy-to-Maintain Design

The processing tank, refrigeration system, filters, pump and controls are installed on one compact platform. Accessible filtration components and sanitary connections simplify routine inspection, cleaning and filter replacement.

HPM-M Technical Specifications

Note: Final specifications may vary according to machine capacity, perfume formulation, destination power supply and project requirements. Please confirm the final technical configuration before ordering.

Which Perfume Filtration Machine Capacity Should You Choose?

Machine size should normally be selected according to the actual perfume batch volume, rather than only the number of bottles produced per day.

For example, a manufacturer producing several fragrance formulas may prefer smaller batch sizes to make product changeovers easier.

Suitable Perfume and Fragrance Products

The HPM-M is designed mainly for low-viscosity fragrance liquids, including:

Perfume · Eau de Parfum · Eau de Toilette · Cologne · Body Mist · Fragrance Spray · Perfume Sample Liquids

Final configuration should be selected according to the formulation, batch volume and required filtration result.

Which Perfume Processing Equipment Do You Need?

Choose the HPM-M when your main requirement is controlled cooling and precision filtration. For larger batches or mainly mixing and storage requirements, select the corresponding processing system.

From Perfume Filtration to Filling and Packaging

The HPM-M handles the cooling and filtration stage within a complete perfume production process:

Water Treatment → Perfume Preparation → Cooling & Filtration → Storage → Filling → Crimping → Labeling → Packaging

After filtration, the fragrance can be transferred to an automatic perfume filling machine for downstream bottling.

For factories planning several production stages, see our perfume manufacturing equipment solution.

Perfume Cooling Filtration Project

See the Russia Perfume Cooling Filtration Project to learn how cooling, fine filtration and perfume storage can be configured in an actual fragrance production project.

Perfume Cooling Filtration Machine FAQ

1. What is a perfume filtration machine?

A perfume filtration machine removes fine suspended impurities from fragrance liquid before storage or bottle filling.

The HPM-M combines controlled cooling with staged filtration in one integrated processing system.

2. Why does perfume need to be cooled before filtration?

Controlled cooling prepares the fragrance for the subsequent clarification and filtration process.

The appropriate temperature depends on the perfume formula and required finished-product quality.

3. What filtration precision does the HPM-M provide?

The standard filtration process uses a 1.0 μm first-stage filter followed by a 0.2 μm final filter.

4. What HPM-M capacities are available?

Available capacities include 50L, 100L, 200L, 300L and 500L. Select the machine mainly according to your normal batch volume and production frequency.

5. Is there a 50L perfume filtration machine?

Yes.

The 50L HPM-M is suitable for smaller perfume batches, product development, fragrance laboratories, sample production and new perfume brands.

It is also useful when a manufacturer produces several fragrance formulas and needs relatively frequent batch changes.

6. Is the 50L model suitable as a small perfume making machine?

It can be suitable when the required production stage is perfume cooling and filtration.

The 50L configuration provides a compact processing option for smaller fragrance batches.

However, if the main requirement is only mixing or storage, a dedicated perfume mixing tank may be more appropriate.

7. Which capacity is suitable for a new perfume brand?

A 50L or 100L configuration can be practical when production batches are relatively small.

The final choice should consider:

• Actual batch volume

• Number of perfume formulas

• Production frequency

• Planned production growth

• Available factory space

8. Can the HPM-M be used only as a perfume mixing machine?

The HPM-M includes a processing tank, but its primary function is cooling and filtration.

If the production requirement is mainly blending or liquid storage without precision filtration, a dedicated perfume mixing or storage tank is normally a better equipment category.

9. What type of pump does the HPM-M use?

The standard reference configuration uses a pneumatic diaphragm pump for liquid circulation and filtration.

10. What filtration elements are used?

The system uses staged filtration.

The standard process includes a 1.0 μm first-stage filter and a 0.2 μm second-stage fine filter.

Polypropylene microporous filtration elements are used in the configuration.

11. Is the piping easy to clean?

The system uses sanitary-grade piping and quick-connect fittings designed to simplify disassembly, rinsing and routine cleaning.

Regular cleaning is recommended between production batches, especially when changing fragrance formulas.

12. Can filtered perfume go directly to a filling machine?

Yes. After the filtration process has been completed and the perfume meets the required production condition, it can be transferred to clean storage or to the perfume filling stage according to the production layout.

13. How do I know when a filter cartridge needs replacement?

Reduced liquid flow or increasing filter pressure may indicate cartridge blockage. Inspect and replace the cartridge when required.

14. What information should I provide before requesting a quotation?

To recommend a suitable HPM-M configuration, please provide:

• Perfume or fragrance type

• Normal batch volume

• Required machine capacity

• Target cooling temperature

• Required filtration precision

• Factory power supply

• Available compressed air

• Production location

• Cleaning requirements

• Whether perfume storage is required

• Whether filling equipment is also required