The new radial mill is a type of mill where the slurry flow direction aligns with the rotor's centrifugal direction. It is a horizontal high-efficiency mill that uses small balls of only 0.05–0.8 mm as the grinding medium, capable of grinding materials to 300–600 nanometers in a short time, with a narrow and concentrated particle size distribution, making it a global **first**! **.**
Here is the English translation of the Chinese content summary: **Content Summary**
Brand New Radial Grinding MachineYes.Globally renowned grinding systemFurther research and development have been carried out.; and obtained approval from the **Bureau., fully enclosed, short/Coarse grinding chamber design elements,3:9The length of the golden ratio/Diameter/The linear velocity coefficient ratio is better, with high energy density input, and their **reasonable combination** provides you with a more economical solution.Wet grinding technology；

New Type Radial Grinding MachineFor grinding large quantities of materials, it is the most economical choice. Compared to other grinding equipment, both the equipment investment and the cost of selecting grinding media are lower. Additionally, the advantages of this model include achieving a finer and narrower particle size distribution than other types, the ability to continuously process large volumes of slurry, and the option to add material components to the pre-mixing tank at any time during the grinding process. Moreover, since the slurry passes through the grinding chamber in just 15-25 seconds, precise temperature control can be achieved.
• By adopting an efficient separation system, safe separation of grinding beads is ensured even under very high flow rates. The large-sized cylindrical centrifugal separator screen minimizes flow resistance (i.e., pressure drop).
For the cosmetics, pharmaceutical, food, and biochemical engineering industries, Puhler can provide mills made entirely of stainless steel, along with specialized equipment to meet customers' unique needs. Below are some examples illustrating how to address the specific requirements of individual clients:
• The rack is made of stainless steel and polished with 160-grit abrasive.
• The mechanical seal fluid is prepared using a solvent.
• The cleaning solution container, cooling coil, and pipe connectors are all made of stainless steel.
• The material of the wear parts in contact with the product is zirconium oxide.
• The turbine is made of zirconia material.
• The product uses quick-clamping devices for both import and export connections.
• The cooling circuit is capable of adapting to cooling/heating media ranging from -15°C to 110°C.
• Probe-type thermometer and pressure gauge
• Water-cooled main motor
Brand New Radial Grinding MachineMainly used for ultra-fine grinding and dispersion of materials requiring "zero pollution" and high viscosity, high hardness.
1) Successfully dispersed and ground to the nanoscale, with transparency exceeding 90%, viscosity controlled between 5-15 CPS, and moisture content below 1%.
2) Ink-jet Inks: Pigment-based ink-jet inks have been successfully dispersed and ground to the nanoscale, with viscosity controlled below 5 CPS.
3) The particle size of the polishing slurry required for semiconductor wafer grinding has reached the nanometer level and can meet the requirement of no metal ion precipitation.
4) The photoconductor coated on the laser printer drum has been ground and dispersed to the nanoscale.
5) Nano-level powder grinding, such as TiO₂, ZrO₂, Al₂O₃, ZnO, Clay, CaCO₃, etc., can be dispersed and ground down to 30 nm.
6) Dispersion of nanoscale powders. For example, dispersing nanoscale powders into polymers, or adding nanoscale powders to plastics, rubber, etc., for dispersion.
7) The pharmaceutical must meet nanoscale requirements and also be able to satisfy FDA requirements.
8) Food additives must meet nanoscale requirements. For example, β-carotene... must comply with GMP requirements.
9) Electronic chemicals must meet nanoscale requirements and be capable of preventing the precipitation of metal ions.
10) Other special **, aviation nanomaterials.
11) For example: electronics industry, optoelectronics industry, pharmaceutical and biochemical industry, chemical fiber industry, building materials industry, metal industry, magnetic materials, health products, biopharmaceuticals and cell disruption, oxides, nanomaterials, pharmaceutical and biochemical industry, soap, leather, electronic ceramics, conductive pastes, offset printing inks, textiles, inkjet inks, chip polishing slurries, cell disruption, cosmetics, inkjet inks, metal nanomaterials, plastic materials, special nano-aviation materials, and other industries. The new radial grinding mill is a type of mill where the flow direction of the slurry aligns with the centrifugal direction of the rotor. It is a horizontal high-efficiency grinding mill that uses small balls of only 0.05 to 0.8 mm as the grinding medium, capable of grinding materials to 300–600 nanometers in a short time, with a narrow and concentrated particle size distribution, making it a global **first**! ** **.
Here is the English translation of "中文内容简介": **Chinese Content Summary**
Pühler Brand New Radial Grinding MachineYes.Globally renowned grinding systemFurther research and development have been carried out.; and obtained approval from the **Bureau., fully enclosed, short/Coarse grinding chamber design elements,3:9The length of the golden ratio/Diameter/The linear velocity coefficient ratio is better, providing high energy density input, and combining them **rationally** to offer you a more economical solution.Wet grinding technology；

New Type Radial Grinding MachineFor grinding large quantities of materials, it is the most economical choice. Compared with other grinding equipment, both the equipment investment and the cost of selecting grinding media are lower. Additionally, the advantage of this model is that it can achieve a finer and narrower particle size distribution than other models, enabling continuous processing of large volumes of slurry. It also allows for the addition of material components to the pre-mixing tank at any time during the grinding process. Moreover, since the slurry passes through the grinding chamber in just 15-25 seconds, precise temperature control can be achieved.
• By adopting an efficient separation system, the safe separation of grinding beads is ensured even under very high flow rates. The large-sized cylindrical centrifugal separator screen minimizes flow resistance (i.e., pressure drop).
For the cosmetics, pharmaceutical, food, and biochemical engineering industries, Puhler can provide mills made entirely of stainless steel, along with specialized equipment to meet customers' unique needs. Below are some examples illustrating how to address the specific requirements of individual clients:
• The rack is made of stainless steel and polished with 160-grit abrasive.
• The mechanical seal fluid is prepared using a solvent.
• The cleaning solution container, cooling coil, and pipe connectors are all made of stainless steel.
• The material of the wear parts in contact with the product is zirconium oxide.
• The turbine is made of zirconia material.
• The product uses quick-clamping devices for both import and export connections.
• The cooling circuit can accommodate cooling/heating media ranging from -15°C to 110°C.
• Probe-type thermometer and pressure gauge
• Water-cooled main motor
Brand New Radial Grinding MachineMainly used for ultra-fine grinding and dispersion of materials requiring "zero pollution" and high viscosity, high hardness.
1) Successfully dispersed and ground to the nanoscale, with transparency exceeding 90%, viscosity controlled between 5-15 CPS, and moisture content below 1%.
2) Ink-jet Inks: Pigment-based ink-jet inks have been successfully dispersed and ground to the nanoscale, with viscosity controlled below 5 CPS.
3) The particle size of the polishing slurry required for semiconductor wafer grinding has reached the nanometer level and can meet the requirement of no metal ion precipitation.
4) Applied to the photoconductor coated on the laser printer drum, it has been ground and dispersed to the nanoscale.
5) Nano-level powder grinding, such as TiO₂, ZrO₂, Al₂O₃, ZnO, Clay, CaCO₃, etc., can be dispersed and ground to 30 nm.
6) Dispersion of nanoscale powders. For example, dispersing nanoscale powders into polymers, or adding nanoscale powders to plastics, rubber, etc., for dispersion.
7) The pharmaceutical must meet nanoscale requirements and also be able to satisfy FDA requirements.
8) Food additives must meet nanoscale requirements. For example, β-carotene... must comply with GMP requirements.
9) Electronic chemicals must meet nanoscale requirements and be able to address the issue of no metal ion precipitation.
10) Other special **, aviation nanomaterials.
11) For example: electronics industry, optoelectronics industry, pharmaceutical and biochemical industry, chemical fiber industry, building materials industry, metal industry, magnetic materials, health products, biopharmaceuticals and cell disruption, oxides, nanomaterials, pharmaceutical and biochemical industry, soap, leather, electronic ceramics, conductive paste, offset printing ink, textiles, inkjet ink, chip polishing fluid, cell disruption, cosmetics, inkjet ink, metal nanomaterials, plastic materials, special nano aerospace materials, and other industries.