Carbon suspension nanocolloid mill

Nano carbon suspension injection high shear colloid mill, nano carbon suspension injection ultra high speed homogenizer, nano carbon injection homogenizer, pharmaceutical ultra high speed homogenizer, nano carbon suspension homogenizer

2、 Introduction to Nano Carbon Suspension Injection
Nano carbon is a suspension made of nano-sized carbon particles with a diameter of 150nm, which has a high lymphatic system tendency and is an effective lymph node tracer. Due to the fact that the gap between endothelial cells in capillaries is approximately 20-50nm, and the gap between endothelial cells in lymphatic capillaries is approximately 120-500nm, when nanocarbon injection is injected into tissues, it can quickly enter lymphatic vessels or be engulfed by macrophages and accumulate in lymphatic vessels and lymph node tissues, repairing lymphatic tissues.

3、 Preparation of Nano Carbon Suspension Injection
Nano carbon suspension injection is prepared by dispersing nano carbon into a liquid medium and adding the excipient polyvinylpyrrolidone K30. Nano carbon is a nano powder. When dispersed in the liquid medium, it will be agglomerated and difficult to disperse. Recommend based on multiple customer casesXMDThe 2000 series ultra high speed homogenizer is used for the homogenization and dispersion treatment of nanocarbon suspension injection solution.XMDThe 2000 series ultra high speed homogenizer can achieve a speed of up to 18000rpm, which can fully disperse and homogenize nanocarbons, solve agglomeration problems, and restore the original nanoparticle size. in additionThe XMD2000 series high shear homogenizer is equipped with a jacket at the contact part with the material, which can strictly control the temperature of the material through the medium.

4、 The effect of high shear force on injection solution
External liquid formulations under high shear conditions pass through the gap between the working chamber and the rotor at high speed. Due to the high-speed rotation of the rotor, the material is subjected to a comprehensive effect of high-speed impact, shearing, etc. within the gap between the rotor and the rotor, crushing larger particles into very small particles with diameters ranging from 0.01-2 μ m, and the best results can reach the nanometer level. This pure physical process maintains the original activity of the product while refining the particles to obtain a relatively stable injection solution.

5、 Advantages of using high shear nano homogenizer in the pharmaceutical industry
1. Pollution is a significant risk factor in the pharmaceutical process, and good equipment cleaning can effectively prevent pollution from occurring.XMD2000 pays attention to hygiene requirements in its design, adopting a no dead corner design for easy cleaning. The surface is treated with high quality to prevent adverse effects on pharmaceuticals. The equipment also meets CIP and SIP cleaning standards, which can better achieve online cleaning, improve work efficiency, and ensure product safety.

2. The equipment is more convenient for production employees to operate, and materials are automatically discharged from the discharge port after being put into the feeding port. If there is a stable process route, it can be directly connected to the previous process through pipelines, and the equipment can achieve unmanned operation, making it applicable in the production process.

3. The design meets the requirements of the pharmaceutical industry, while also meeting the particle size requirements of different products, and has great prospects for application in the dispersion and mixing process of pharmaceuticals.

Grinding and dispersing machine is a high-tech product composed of colloid grinding and dispersing machines.

The first level consists of three-level sawtooth protrusions and grooves with increasing precision. The stator can be infinitely adjusted to the desired distance between the rotors. Under enhanced fluid turbulence. The groove can change direction at each level.
The second stage is composed of a stator. The design of the dispersing head also effectively meets the needs of substances with different viscosities and particle sizes. The difference in the design of the stator and rotor (emulsifying head) between online and batch machines is mainly due to the requirements for conveying performance. It is particularly important to note that the difference between coarse precision, medium precision, fine precision, and other types of working heads is not only the arrangement of specified rotor teeth, but also an important difference in the geometric characteristics of different working heads. The width of the slot and other geometric features can alter the different functions of the stator and rotor working heads.

The following is a model table for reference:

Carbon suspension nanocolloid mill