Global

S-108 High-efficiency Nano-powdering Loosening Agent

- S-108 is a nano-scale modified micro powder used in powder coatings.
- It has a good effect on improving the fluidity and storage stability of powders.
- It can also improve the charging and uniformity of powder coatings, thereby improving spraying efficiency.

sales01@jsjiaerda.cn

S-108 High-efficiency Nano-powdering Loosening Agent

Product Overview

S-108 is a nano-scale modified micro powder used in powder coatings. It has a good effect on improving the fluidity and storage stability of powders. It can also improve the charging and uniformity of powder coatings, thereby improving spraying efficiency.

Product Features

Improve fluidity and increase powder spraying efficiency.
Improve the storage stability of powder coatings, good anti-caking properties.
Improve the uniformity of powder charging.
improving spraying efficiency in the inner corners and grooves.
Improve the atomization effect during electrostatic spraying and increase the spraying area.
Within the added amount range, there is no white spot on the penal surface.

Product Parameters

Appearance	Average primary particle size	Bulk density
White powder	100nm	65kg/m³

Usage

This product can be directly added to the finished powder and sieved 80 mesh or above, or added when the flakes are crushed

Dosage

0.1%-0.2% of the total formula

Application of S-108 high-efficiency nano powder loosening agent in powder coatings

The commonly used addition amount is less than 0.2%, and no white spots will appear. It can well improve the fluidity and storage stability of powder coatings, and has a significant effect on anti-agglomeration; improve the atomization effect during spraying, improve the powdering in dead corners, and improve the charging and uniformity of powder coatings during spraying, thereby increasing the powdering rate and spraying area.

Note

Excessive addition may slightly affect the color of dark colors such as black and bright colors.
Unopened but unused packages must be sealed to prevent moisture. Packing: 5KG/box

Experiment of S-108 high efficiency nano powdering agent

1.Method of adding S-108 and corresponding experiments

Take 250g of black gloss powder, black matte powder, and ultra-fine black gauze powder without additives each time, add S-108 nano-gas phase aluminum oxide C at 0.1% and 0.2% respectively, shake well, sieve, and shake well again.
Spray the plate through a 180-mesh sieve and test the sample.
Place each powder added with S-108 in an oven set at 45℃ for one week and observe the agglomeration.
Measure the flow index of each powder respectively

The flow test equipment and operation process are as follows：

Flow index test method

According to the flow index test method, the flow index of various materials after adding S-108 was measured.

2.Various experimental data and summary are as follows:

item	Black high-glossy powder			Black matte powder			Extra fine black sandy powder
S-108 addition	0	0.1%	0.2%	0	0.1%	0.2%	0	0.1%	0.2%
Flow Index	70.2	138.1	154.9	65.1	147.2	156.4	66	139.6	152.2
Gloss 60°	84%	82.8%	82.5%	9%	9.1%	8.8%	10%	10.3%	10.4%
Film thickness	60-8	60-8	60-80	60-80	60-80	60-80	50-70	50-70	50-70
Appearance	good	good	good	good	good	good	texture	texture	texture
Impact on leveling	none	none	none	none	none	none	——	——	——
Particles	none	none	none	none	none	none	——	——	——
White spots	none	none	none	none	none	none	none	none	none
Agglomeration at 45°C/168H	Small Block	Slightly small pieces	loose	Clustering	Small Block	Small Block	Small Block	Slightly small pieces	loose
Summarize	1. The recommended addition amount is: 0.1-0.2%. The flow index after adding S-108 is related to the flow index of the powder itself (which is related to the resin content, particle size, specific gravity, etc.), the addition amount, the addition method and uniformity, etc. Generally, the flow effect of the powder with a flow index between 140-160 is relatively good. Therefore, the actual addition amount of S-108 can be appropriately adjusted according to the measured flow index of the powder after addition. Generally, when 0.1% is added, the flow value will increase a lot. 2. In high-gloss powder, the gloss has a very small effect, and other powders have basically no effect. 3. In flat powder, when the addition amount is less than 0.2%, there is basically no effect on leveling. 4. No particles, white spots and other bad phenomena. 5. Excessive addition may have a small effect on the color in dark colors such as black and bright colors. 6. Through the 45℃/168H experiment, the powder storage and agglomeration conditions have been significantly improved 7. According to the experimental data results, it has a very obvious effect on improving the fluidity of powder coatings

Related Resource

What are the regular maintenance tasks for a website?

Regular website maintenance is essential for ensuring website security, stable operation, and user experience. Maintenance tasks include updating website content, checking and fixing broken links, backing up data, conducting regular security checks, patching vulnerabilities, and optimizing performance. These efforts help ensure the website operates effectively over the long term and delivers a positive user experience.

What is the difference between UI and UX in website design?

UI (User Interface) and UX (User Experience) are two crucial aspects of website design. UI focuses on the visual design, layout, and visual elements of a website, while UX emphasizes the overall user experience and interactions on the site, including usability, navigation, and interactions. Excellent UI design typically enhances the user's UX experience.