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Unleashing Innovation: Oil Submicron Emulsification Technology

In the dynamic landscape of personal care, skin care, and related industries, the pursuit of innovative formulations that deliver superior performance and user experience is unceasing.   Hony Chem's Oil Submicron Emulsification Technology emerges as a groundbreaking advancement  represents a significant leap forward in formulating stable, high - performance products.  unlocking new horizons for formulators and brands alike.


Unveiling the Technology Core

At the heart of this technology lies the ability to create oil droplets with a particle size of less than 200nm. This ultra - fine dimension is not just a number.Through advanced research and development, in collaboration with the prestigious Kyoto University in Japan , we've mastered the art of submicron emulsification.


1. Particle Size and Formula oil capacity

With a particle size < 200nm, our technology enables an impressive oil load of up to 60%. This is a significant leap from traditional emulsification methods, where high oil content often led to instability issues like phase separation.  Now, formulators can create rich, nourishing products without compromising on stability, whether it's a luxurious body wash, a hydrating cream, or other personal care formulations.


2.Broaden the application

The unique nature of Oil Submicron Emulsification Technology broadens the application scope of oils far beyond conventional boundaries.It's not just limited to personal care;it can be harnessed in industries like textiles.This not only enhances the fabric's efficacy, such as in wet wipes or masks, but also significantly improves the instant skin feel, providing a more comfortable and luxurious experience for the end - user.


3.Oil and Foam Synergy

When combined with amino acid surfactants, the sub - micron oil droplets work wonders.They have a profound impact on foam structure and oam volume. In products like body washes, this means creating a rich, creamy lather that not only feels luxurious but also enhances the cleaning experience.  The sub - micron size allows for better interaction with the surfactants, leading to improved foam quality – more stable, thicker, and more abundant foam.


4.Lightweight Nourishment

One of the most appealing aspects for consumers is the skin - feel of products formulated with this technology. The sub - micron particles are so fine that they offer a delicate, almost weightless feel on the skin or hair.Unlike traditional oil - based formulations that can leave a greasy residue, these particles are easily absorbed.They deliver nourishment deep into the skin or hair follicles, providing long - lasting moisture without the unwanted “heaviness”.

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Data Comparison Report: Hony551 vs. Traditional Oils 

1. Key Performance Comparison

Comparison Indicator
Hony551 (Ultramicro - sized Emulsion)
Traditional Oils (Mineral Oil/Olive Oil)
Difference Analysis
Droplet Size
0.1 - 0.5μm (Uniform Distribution)
5 - 20μm (Irregular Distribution)
The droplet size of Hony551 is only 1/10 to 1/40 that of traditional oils. The smaller size significantly increases the skin contact area.
Oil Content
65% (Stable Solid - Liquid System)
40 - 80% (Unstable Dispersion)
Although some types of traditional oils have higher oil content, the system stability of Hony551 is far superior to that of traditional oils.
Effective Skin Penetration
92% (Can Reach Deep Skin Layers)
58% (Mostly Stays on Surface)
The penetration rate of Hony551 is 34 percentage points higher than that of traditional oils, significantly improving the utilization rate of active ingredients.
Oil Waste Rate (Agglomeration)
8% (Minimal Agglomeration)
42% (Prone to Agglomeration)
The waste rate of Hony551 is only 1/5 that of traditional oils, reducing skin feel issues caused by agglomeration.

2. Application Performance Comparison

Application Scenario
Hony551 Dosage
Traditional Oil Dosage
Skin Tackiness Score (1 - 10, 10 = Most Tacky)
24 - Hour Moisture Retention Rate
Advantage Summary
Daily Moisturizing Lotion
3%
12%
1.8 (Light and Non - sticky)
91%
The dosage is only 1/4 of that of traditional oils, the moisturizing power is 11 percentage points higher, and the tackiness is greatly reduced.
Night Cream
5%
15%
2.1 (Moisturizing without Heaviness)
95%
The dosage is 1/3 of that of traditional oils, the moisturizing power is 35 percentage points higher, and it balances moisturization and skin feel.
Toner (Light Care)
1%
4%
1.2 (Refreshing without Residue)
82%
The dosage is 1/4 of that of traditional oils, the moisturizing power is 22 percentage points higher, making it suitable for light care scenarios.

3.Stability Comparison (6 - Month Test Cycle)

Storage Condition
Hony551 Stability (Oil Uniformity)
Traditional Oil Stability
Difference Analysis
25°C, 60% Relative Humidity
98% (No Stratification or Agglomeration)
63% (Oil Stratification and Agglomeration)
Under normal temperature and conventional environment, the stability of Hony551 is 35 percentage points higher than that of traditional oils.
40°C, 75% Relative Humidity
94% (Slight Fluctuation, No Obvious Deterioration)
51% (Rapid Degradation and Rancidity)
Under high - temperature and high - humidity environment, the stability of Hony551 is 43 percentage points higher than that of traditional oils, with stronger anti - deterioration ability.

  

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The advantages of Hony551 stem from ultramicro - sized emulsion technology: through a special emulsification process, oils are broken down into ultra - fine droplets of 0.1 - 0.5μm, forming a stable solid - liquid dispersion system. Compared with the macromolecular agglomerated structure of traditional oils, ultramicro - sized droplets have three core advantages:

 1.Larger Contact Area: Enhances the efficiency of oil - skin interaction, achieving "low addition and high efficacy".

 2.Stronger Penetration: Tiny droplets can easily penetrate the skin surface layer, reducing stickiness caused by surface residue.

 3.Higher Stability: Uniformly dispersed droplets are less likely to stratify or agglomerate, extending the product shelf life.


Recommended products

551

Hony 551

552

Hony552

555

Hony555


These products emulsifiers exemplify the power of submicron emulsification.   They enable formulators to create lightweight yet intensely nourishing products with exceptional sensory profiles and visible efficacy.By using unique ultra micro emulsification tech,to make white oil/petroleum/shea butter into less than 200nm particle size emulsions.They can be used in a series of skin care products,including rinse-off products.


In conclusion

Oil Submicron Emulsification Technology is not just a current innovation; it's a catalyst for future - proofing the personal care and related industries. As consumer demands evolve towards more natural, high - performance, and sustainable products, this technology provides the tools for brands to stay ahead of the curve.Hony Chem's Oil Submicron Emulsification Technology is a revolutionary force in the world of formulation.It offers a new dimension of possibilities for creating products that stand out in the market, deliver exceptional user experiences, and meet the ever - changing demands of consumers.Whether you're a formulator looking to innovate or a brand aiming to elevate your product line, this technology is the key to unlocking a new era of formulation excellence.




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