Product Overview

A vacuum emulsifier is a professional equipment dedicated to material processing, with its core functions including:

1. Fine Material Processing

Through high-speed shearing, dispersing, and mixing actions, it breaks down the molecular structure of materials, enabling full emulsification and refinement of materials such as cosmetic creams and pharmaceutical ointments. This ensures uniform mixing, preventing ingredient stratification or a gritty

texture.

2. Production Process Optimization

During the processing, it simultaneously removes air bubbles from materials, preventing product oxidation, foaming, or uneven texture. This safeguards the stability and user experience of cosmetic and pharmaceutical creams.

3. Professional Application Adaptation

It is specifically designed for cosmetic cream materials (e.g., face creams, lotions, serums) and pharmaceutical cream materials (e.g., medical ointments, medical repair creams). It meets the strict requirements for hygiene and homogeneity of these two types of products, and is suitable for industrial- scale mass production.

Applications

Skincare: Produces anti-aging creams, hyaluronic acid serums, facial masks, and vitamin-enriched lotions with enhanced ingredient penetration.

Haircare: Handles conditioner emulsions, styling gels, hair dyes, and keratin treatments requiring uniform distribution of active ingredients.

Personal Care: Processes deodorants, shaving creams, body butters, and sunscreens with smooth application and long-lasting texture.

Food Industry: Blends mayonnaise, salad dressings, tomato paste, ketchup chocolate emulsions, and dairy-based spreads with stable oil-water ratios.

FAQ

Q1: What specific conveniences can the lifting system of the main emulsifier cover and the inclined discharge design of the vacuum emulsifier bring to equipment cleaning and material handling?

A1: The main boiler cover adopts a lifting system, which enables convenient opening and closing of the cover. Operators do not need to manually carry the heavy cover, which not only saves labor but also fully exposes the internal space of the boiler. This facilitates thorough cleaning of the inner wall and core components, avoids cleaning dead corners, and improves the cleaning effect. The inclined discharge design of the main boiler allows the processed materials to be discharged more smoothly, reducing material residue at the bottom of the boiler and minimizing waste. At the same time, it also provides convenience for sewage discharge during subsequent cleaning, further optimizing the cleaning process.

Q2: The electric heating function of the main water tank can realize heating and cooling. What is the important significance of this design for the production of cosmetic or pharmaceutical creams?

A2: This design can accurately control the temperature environment during material production. During the emulsification stage, the electric heating function can heat the materials to a temperature suitable for emulsification (for example, some cosmetic creams require 45-60°C to promote ingredient fusion), improving emulsification efficiency and effect. After emulsification is completed, it can quickly cool down to room temperature, avoiding the inactivation of active ingredients (such as probiotics in cosmetics and effective medicinal ingredients in pharmaceutical creams) caused by long-term exposure to high temperatures, thus ensuring product efficacy and quality stability.

Q3: The vacuum emulsifier uses imported electrical appliances that meet international standards. Whatadvantages does this have compared with ordinary electrical appliances?

A3: Imported electrical appliances that meet international standards have greater advantages in safety, stability, and durability. On the one hand, their electrical performance complies with standards of authoritative organizations such as the IEC (International Electrotechnical Commission), which can effectively avoid safety hazards such as electric leakage and short circuits. They are compatible with voltage environments in different countries and regions, meeting the needs of cross-border production enterprises. On the other hand, imported electrical appliances have higher component precision and lower failure rates during long-term operation, which can reduce equipment downtime for maintenance, ensure the continuity of the production of cosmetic and pharmaceutical creams, and are especially suitable for industrial-scale mass production scenarios.

Q4: The contact parts of the equipment are made of SS316L, and the wall scrapers are made of PTFE. What factors are considered in the selection of these two materials respectively?

A4: The selection of SS316L for contact parts is mainly due to its excellent corrosion resistance and hygienic safety. It can resist corrosion from acidic ingredients in cosmetic creams (such as vitamin C derivatives) and medicinal solvents in pharmaceutical creams. Moreover, the smooth surface of the material is easy to clean, complying with international hygiene standards such as FDA and EU Cosmetics Regulation, and avoiding product contamination caused by chemical reactions between the material and the materials being processed. The wall scrapers are made of PTFE (polytetrafluoroethylene) because of its characteristics of high temperature resistance, wear resistance, and non-stickiness to materials. It can closely fit the inner wall of the boiler to scrape off residual materials during equipment operation without generating debris due to friction to contaminate the materials. At the same time, it can maintain stable performance in high-temperature environments (such as hot water flushing during cleaning), prolonging its service life.