Dual-network concentrator of paper making machinery - LSN

Dual-network concentrator, 1) processing capacity, 2)low consumption of pulp, 3)power loss characteristics, 4)high efficiency - more info check here: //www.packaginghere.com/product/dual-network-concentrator-of-paper-making-machinery-11074556.html

Quick Brief

Place of Origin: Shandong China (Mainland) Brand Name: ZCLF Model Number: LSN Type: Pulping Equipment Power consumption: Low Concentration: High Style: Dual network

Product Features:

Dual-network concentrator

1) processing capacity

2)low consumption of pulp

3)power loss characteristics

4)high efficiency

Business Terms:

Port: Qingdao

Minimum Order Quantity: 1 Set/Sets

Supply Ability: 20 Set/Sets per Month

Payment Terms: T/T

Contact Supplier

Specifications and Product Details:

Dual-network concentrator of paper making machinery

dual network concentrator, including a cloth and two pulp dewatering areas:

Advantages:
1. Automatic control, continuous operation;
2. Very low power consumption, long service life;
3. Dehydration, high efficiency, high pulp concentration, up to 20% -30% or more;
4. Easy to manage, easy to maintain.

Performance:
Scientific design and reasonable layout, to ensure a highly efficient dual-network thickener dewatering performance. Dehydration is the main roller design with a hole, not only the processing power increases, but also on both sides of the pulp in the filter with a rapid dehydration can shorten the drying time. Getting back ordered, and a small roller with a contact angle change filter pressure and shear force to ensure the best combination, thus greatly improving the efficiency of pulp concentration and dehydration.

Features:
Filter with the tension of the gas through the pneumatic tire to achieve, so that the entire filter with constant tension. At the same time feeding quantity changes will not be caused by changes in tension to facilitate the operation and management. Machine with automatic detection filter with the pressure roller position and automatic correction of the pressure control system.