Wear-Resisting Pulp Cleaner Ceramic Nozzle

China Wear-Resisting Pulp Cleaner Ceramic Nozzle, Find details about China Pulp Cleaner, Cleaner Cone from Wear-Resisting Pulp Cleaner Ceramic Nozzle

Model NO.
LEIZHAN
Type
as Customer′s Require
Single-Stage Slagging Volume Ratio
15-30%(Relative Feed Slurry Flow Rate)
Into The Plasma Concentration
0.6-1.2%
Trademark
LEI ZHAN
Transport Package
Overboard Standard Package
Specification
According to customized
Origin
China
HS Code
84399900
Model NO.
LEIZHAN
Type
as Customer′s Require
Single-Stage Slagging Volume Ratio
15-30%(Relative Feed Slurry Flow Rate)
Into The Plasma Concentration
0.6-1.2%
Trademark
LEI ZHAN
Transport Package
Overboard Standard Package
Specification
According to customized
Origin
China
HS Code
84399900
 

Product Description

The cleaner used in the paper industry is mainly divided into high concentration cleaner, low concentration cleaner, heavy slag cleaner and light slag cleaner.
High-concentration cleaner: the pulp concentration is about 4.5%~5.5%, used to removes large and heavy masses (aluminum iron cans, iron plates, stones, glass, etc.).
Low-concentration cleaner: the pulp concentration around 1%, used to discharge fine sand, often used in the paper making flow system. It is used to treat the slag slurry after coarse sieving, with a concentration of about 2.0%. The processed good pulp is sent to the classification screen for long and short fiber classification.
Light slag cleaner, compared with heavy slag cleaner, cover a wider range, and are mainly used for slagging in the post pulping stage or paper-making flow-feeding slagging.

Wear-Resisting Pulp Cleaner Ceramic Nozzle

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Wear-Resisting Pulp Cleaner Ceramic NozzleWear-Resisting Pulp Cleaner Ceramic NozzleWear-Resisting Pulp Cleaner Ceramic NozzleWear-Resisting Pulp Cleaner Ceramic NozzleWear-Resisting Pulp Cleaner Ceramic NozzleWear-Resisting Pulp Cleaner Ceramic Nozzle

 

Product Parameters

Working principle: Separate waste impurities from fibers by centrifugal force.
When the pulp enters the top of the slag remover from the tangential direction, the slurry flow produces a vortex movement, which accelerates downward along the cone of the slag remover in a spiral shape. The movement of the vortex generates centrifugal force, which causes the impurities heavier than water to move to the inner wall of the slag remover, while those with a relative density less than water move to the core of the vortex.
Wear-Resisting Pulp Cleaner Ceramic Nozzle
ModelZSC-2ZSC-3ZSC-4ZSC-5ZSC-6ZSC-7
Capacity: t/d25-4560-8590-120120-160160-200230-380
Consistency: % 0.40-5
Inlet Pressure (Mpa)0.15-0.40
Outlet Pressure (Mpa)0.1-0.25
Recoil water pressure (Mpa)Inlet pressure plus 0.02 Mpa
Slagging methodManual / Automatic / Intermittent / Continuous
 

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Wear-Resisting Pulp Cleaner Ceramic Nozzle

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Wear-Resisting Pulp Cleaner Ceramic Nozzle