O Sepa Separator For Sale

O sepa separator is often referred to as the high efficiency separator commonly known as the third generation separator. Just as its name suggests, the high efficiency separator has higher separation than the first and secondary generation separators. It also pays attention to energy consumption and has realized significant improvements.

SINOMA Zibo is a professional cement mill separator supplier in China. As our primary product, the o sepa separator has multiple models. The N-type O-sepa separator, the FWT double separable high efficiency separator, and the newly developed Nu O sepa separator are the most advanced air classifiers.

Application

Osepa separator is suitable for ordinary closed circuit cement grinding systems, roller and ball mill combined grinding systems, slag (steel slag) grinding systems, and metal ore processing and preparation systems.

New Nu O sepa separator

In the last century, the O-Sepa separator was brought to the world from Japan. In China, large and medium-sized cement grinding systems employ more of them. The primary issues with O-Sepa separators are low powder selection efficiency, high energy consumption per unit product, and outdated technical and economic indicators, according to survey results from numerous cement companies in China. Upon conducting a thorough examination and experimentation on the O-Sepa separator’s structure, significant flaws were discovered. These flaws led to a general decrease in the efficiency of powder selection, severe over-grinding of the mill, a reduction in the mill’s output, and an increase in power consumption.

The Nu O sepa separator is a new type of cement mill separator that makes improvements based on traditional o-sepa separators. It can effectively reduce the running resistance of the equipment and improve the separation efficiency, has high sorting clarity, and is more conducive to improving the ratio of finished products.

The shell adopts our patented technology of “multi-point air distribution and distribution separator”.

The guide vane adopts our patented static blade technology.

The rotor blades adopt the patented “U-shaped moving blade” patent technology.

NU high efficiency separator technical specification

Successful application of NU o-sepa separator technology to vertical mill

One important guideline for upgrading raw meal vertical mills is the NU high efficiency separator. The separator uses the blade’s most recent design. Adjusting the classifier’s efficiency and blade angle may regulate the product’s particle size distribution. Hebei QianBao Special Cement Co., Ltd.’s classifier raw mill has been modified to a NU classifier. It demonstrates that while the raw mill’s system power consumption decreased by roughly 5.0 kWh/t, the vertical roller mill’s feeding increased by 18.7%. One year is the sole payback cycle. The NU O Sepa Separator’s outstanding performance laid the groundwork for later modifications to raw mills.

Capacity: 35t/h (­10.5%)

Power consumption: 3.5kWh/t

Capacity: 35t/h (­10.5%)

Power consumption: 3.5kWh/t

Capacity: 35t/h (­10.5%)

Power consumption: 3.5kWh/t

More O sepa separators for sale

Features

Simple to use. By adjusting the air classifier speed, one can modify the product’s critical separation particle size once the fan air volume has been established.

Increased effectiveness of separation. A new patent ash hopper is used in the O-Sepa separator of the next generation. This ash hopper effectively carries the tiny particles in the materials that slide into it into the classification surface, increasing the effectiveness of the classification by 5–10%.

Specifiaction

FWT double separable high efficiency separator

Based on the standard O-sepa separator (the third-generation separator), the FWT high-efficiency separator is an improved model. The separator’s design incorporates the most recent advancements in global technology, offering a novel and enhanced kind of high-efficiency separator. It seeks to resolve the O-sepa separator’s issues.

Features

Precise particle categorization is possible with the use of aerofoil directing devices, which can lower air drag force and energy.

Compared to other types of separators, turbine classifying vanes are used to increase the classification room’s size by a factor of five to ten.

By removing vortices, the Baffler device placed inside the classified rotor can significantly reduce power consumption and air drag force.

The primary bearings of the rotor are lubricated with grease, which can increase performance and dependability while requiring less effort and upkeep.

The secondary material blocking ring that is inserted after the rotor can extend the life of the classifying vanes by preventing needless wear caused by direct material under washing.

Specifiaction