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Low Consistency Cleaners are also commonly used to treat pulp. Low Consistency Cleaners can better handle fine debris and light impurities, ensure that the pulp has good fluidity, and facilitate fine separation. Low Consistency Cleaners are generally located after high consistency cleaners and belong to the refinement and impurity removal link.
After the high consistency cleaner completes the initial purification, the low consistency cleaner will further remove light impurities such as fine particles. It can also be used to treat debris in the circulating water system to ensure water quality. And fine purification after waste paper recycling. In waste paper recycling, low consistency cleaners can further remove light impurities in waste paper pulp and improve the quality of recycled pulp.
1. Compared with high consistency cleaners, low consistency cleaners have low working pressure but higher precision, which can effectively separate suspended matter in pulp and improve pulp quality.
2. Effectively remove light impurities and improve the surface quality and cleanliness of pulp
3. Low consistency cleaners can be graded. By using multiple cleaners in series, the purification degree of pulp can be gradually improved, and particles and light impurities of different densities can be removed.
4. Energy saving and high efficiency: Low consistency cleaner consumes less energy in processing low consistency pulp and can process a larger amount of pulp to ensure production efficiency.
Low Consistency Cleaner Main Technical Data
Type | HHC200 | |
The rated inlet flow per branch(L/min) | 190-200 | |
Pulp inlet concentration(%) | 0.4-0.9 | |
Pressure drop(KPa) | 130 | |
Volume residue discharge(%) | Ratio per stage | 8 |
Solid loss per stage | 2 | |
High Consistency Cleaner Main Technical Data
Model | SHG1 | SHG2 | SHG3 | SHG4 | SHG5 | SJG6 | SHG7 | SHG8 | SHG9 | SHG12 |
Inlet consistency(%) | High Consistency:3%-5% Middle Consistency:2%-3% | |||||||||
Inlet pressure (MPa) | 0.2-0.5 | |||||||||
Flow rate (m³/min) | 0.9-1.5 | 1.2-1.8 | 1.7-3.2 | 2.5-4.5 | 4.5-5.0 | 5.0-6.0 | 6.0-7.5 | 7.5-8.5 | 8.5-10 | 10-12 |
Low Consistency Cleaners are also commonly used to treat pulp. Low Consistency Cleaners can better handle fine debris and light impurities, ensure that the pulp has good fluidity, and facilitate fine separation. Low Consistency Cleaners are generally located after high consistency cleaners and belong to the refinement and impurity removal link.
After the high consistency cleaner completes the initial purification, the low consistency cleaner will further remove light impurities such as fine particles. It can also be used to treat debris in the circulating water system to ensure water quality. And fine purification after waste paper recycling. In waste paper recycling, low consistency cleaners can further remove light impurities in waste paper pulp and improve the quality of recycled pulp.
1. Compared with high consistency cleaners, low consistency cleaners have low working pressure but higher precision, which can effectively separate suspended matter in pulp and improve pulp quality.
2. Effectively remove light impurities and improve the surface quality and cleanliness of pulp
3. Low consistency cleaners can be graded. By using multiple cleaners in series, the purification degree of pulp can be gradually improved, and particles and light impurities of different densities can be removed.
4. Energy saving and high efficiency: Low consistency cleaner consumes less energy in processing low consistency pulp and can process a larger amount of pulp to ensure production efficiency.
Low Consistency Cleaner Main Technical Data
Type | HHC200 | |
The rated inlet flow per branch(L/min) | 190-200 | |
Pulp inlet concentration(%) | 0.4-0.9 | |
Pressure drop(KPa) | 130 | |
Volume residue discharge(%) | Ratio per stage | 8 |
Solid loss per stage | 2 | |
High Consistency Cleaner Main Technical Data
Model | SHG1 | SHG2 | SHG3 | SHG4 | SHG5 | SJG6 | SHG7 | SHG8 | SHG9 | SHG12 |
Inlet consistency(%) | High Consistency:3%-5% Middle Consistency:2%-3% | |||||||||
Inlet pressure (MPa) | 0.2-0.5 | |||||||||
Flow rate (m³/min) | 0.9-1.5 | 1.2-1.8 | 1.7-3.2 | 2.5-4.5 | 4.5-5.0 | 5.0-6.0 | 6.0-7.5 | 7.5-8.5 | 8.5-10 | 10-12 |
