The cleaner cone can be used in various pulp purification systems. It mainly removes bell impurities (heavy slag remover) with density larger than slurry, iron scraps, etc., and light impurities (lightweight slag remover), such as mixed sticky substance with density smaller than slurry, paraffin wax, hot-melt adhesive, plastic sheet, foam, gas, ink particle and so on.
The double cone high consistency cleaner cone is an advanced equipment for pulp purification, especially for the purification of waste paper pulp. It is one of the indispensable key equipment for waste paper recycling. It uses the different proportion of fiber and impurity to separate the heavy impurity from the pulp by centrifugal principle, so as to achieve the purpose of purifying the pulp. The equipment is widely used, not only can be used for roughing purification of high concentration pulp, but also can be used for cleaning of low concentration pulp before paper machine.
Alumina ceramics is a ceramic material with alumina (Al2O3) as the main body, used for thick film integrated circuits.Alumina ceramics have good conductivity, mechanical strength and high temperature resistance.
The outer shell of the alumina platform vertebral body can be made of steel, polyurethane and other materials, and the inner lining is made of alumina ceramics with excellent wear resistance, which not only gives play to the high -temperature wear and corrosion resistance of the ceramics, but also gives play to the characteristics of high strength and toughness of the outer materials to prevent the ceramic damage, and the integrated design is convenient for replacement and installation.
Our Cleaner Cone Production Processing
Material: | Alumina Ceramic | Shape: | Cone-shaped Tube |
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Temperature: | <1700ºC | Compressive Strength: | ≥620Mpa |
Type: | Ceramic Tubes | Usage: | Wear-resisting Material |
Bulk Density: | ≥ 3.65 G/cm3 | Flexural Strength: | ≥610Mpa |
Application: | Industrial Ceramic | Specific Resistivity: | ≥1015Ω/cm/100ºC |
Max OD: | 760mm | Pulp Inlet Consistency: | 0.5-1.2% |