Ultra fine grinding and processing of traditional Chinese medicine

NegotiableUpdate on 02/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Ultra fine grinding and processing of traditional Chinese medicine: It can play an excellent role in the processing of pharmaceuticals, food, biology, chemical engineering, ceramics, coatings, feed and other fields, and can effectively crush fibrous materials (such as Ganoderma lucidum) and high hardness materials (such as diamond and ceramics). It may be the most widely used ultra fine grinder in the current single machine application;

Product Details

Ultra fine grinding and processing of traditional Chinese medicine: Equipment parameters

model project	HMB-700A	HMB-400
Host volume (mm)	1200165095	950870700 (including fan)
Net weight of the host (kg)	480	120
Voltage (V)	380	220/380
Host power (KW)	7.5-11	1.5-2
Fan power (KW)	1.5	0.37
Fineness (μ m)	6-50 (fibrous material) 1-12.5 (high specific gravity brittle materials)	6-50 (fibrous material) 1-12.5 (high specific gravity brittle materials)
Output (kg/h)	15-70	0.5-4

Ultra fine grinding and processing of traditional Chinese medicineEquipment Highlights:

HMB series grinding superfine pulverizers, adopting the superior technologies of Taiwan, China and Japan, and combining the ancient crushing principles of China, have developed a new generation of superfine pulverizers. Compared with the current general superfine pulverizers, it has the following advantages:

Principle advantage - ultra-high fineness, ultra-high purity

Most animal and plant materials can be crushed to 8 μ m to 6 μ m (1500-2000 mesh, as reported by the Chinese Academy of Traditional Chinese Medicine), and hard materials can reach 1 μ m (13000 mesh);

The special force bearing method ensures that there will be no significant wear and tear on the parts in contact with the material, thus ensuring the cleanliness of the material. The operation is fully enclosed, with no dust pollution or odor leakage.

Design essence - low working temperature, low production cost

The HMB crusher without a cooling system will not produce powder with a temperature exceeding 45 degrees Celsius during continuous operation, so for the vast majority of customers, it can save expensive and time-consuming cooling facilities.

Under the same conditions, the energy consumption is the lowest, and in general, the power consumption for obtaining one kilogram of ultrafine powder with a diameter of 12.5 μ m or less (over 1000 mesh) is less than 0.5 kWh; Due to its special mechanical design, the machine itself has minimal consumable consumption and is easy to maintain, which can significantly reduce production costs; Widely applicable - capable of meeting the needs of ultrafine powders in various industries

Comparison of Models

Comparison of several ultrafine crushers
	Ordinary impact type	Airflow type	Vibration grinding	Heavy pressure grinding type
Source of Crushing Power	Mechanical impact force	Airflow impact force	mechanical grinding	Mechanical compaction
energy consumption	larger	Huge, with conventional compressors ranging from 60 to 100 kW and requiring energy consumption from other supporting facilities	larger	smaller
Scope of Application	Chemical products with low fineness requirements and high output requirements	Hard materials with moderate specific gravity requirements	Similar to ball mills, most materials can be used.	Most materials such as herbs, chemicals, minerals, etc
fineness	Herbal medicines cannot reach 300 mesh, while chemical products can reach 500-1000 mesh	At present, it is known that herbs are difficult to break through 300 orders, or they have broken through but have no effective yield, or they cannot be crushed at all. Crystal materials may reach 600-1000 mesh	Conventional particle size between 200 mesh and 500 mesh, with very uneven particle size	It is known that for most herbs, the particle size can reach over 500 mesh, and for high density materials, it can reach over 10000 mesh. The highest measured grinding fineness (under effective yield conditions) D90 is less than 1 micron
output	The yield of a 7.5Kw machine herbal medicine with 200 mesh is less than 15Kg, and the yield of chemical products with a fineness of 300-600 mesh is about 20-50Kg	Chemical products are similar to ordinary impact type, while herbal products are very low	The actual output is relatively low, and the effective output under known relative conditions is more than one-third less than that of the heavy pressure grinding type	Under the same fineness conditions, the yield of herbal materials is the highest
temperature control	Continuous work will exceed 80 degrees, and the stronger the fiber, the higher the temperature	The temperature control is good and can be controlled within 30 degrees	Due to its enclosed design, a high-power cooling system is generally required, and temperature has a significant impact on yield and fineness.	When working continuously at an air temperature of 35 degrees Celsius, the powder temperature does not exceed 45 degrees Celsius, and the body temperature does not exceed 55 degrees Celsius. In the GMP factory, the powder temperature almost does not exceed 30 degrees Celsius.
Material purity	average	better	Due to a large amount of metal friction, the purity of the material is extremely poor	better
Machine material	Stainless steel, steel	Stainless steel, steel, or ceramic added	Mostly made of steel or other grinding media	Stainless steel, steel with special wear-resistant materials
cover an area of	smaller	very big	larger	smaller