ZDSD Series D Type Hydrapulper

ZDSD Series D Type Hydrapulper is used to crush pulp board, wastepaper, deinking, and pulp purification in waste paper processing line.

This equipment adopts D type structure, which improves the work efficiency, and it can be used for pulping waste paper & wet strength paper. D Type Hydrapulper is mainly used to crush pulp board, wastepaper, deinking, and pulp purification. Through dissociating, it can maximum make the paper’s fiber dissociating into fiber bundles or single fibers, while at the same time, it can maximize maintain impurity’s shape and strength.

Application & Feature

• New type energy-saving VOKES rotor strengthens hydraulic circulation and fiber relief.
• D type structure changes slurry flow ways, make contact between pulp and rotor more quick and frequent. The mechanical action is enhance, pulping time is shortened so that the capacity is improved.
• Pulp chamber of rotor is higher than the under surface of pulper barrel, form a low pressure area around rotor to collect heavy impurities, reduce wear to cutter head and sieve plate. So that can prolong the rotor and sieve plate service life .
• Adjustable gap between rotor and sieve plate ensures the pulping effect.
• When D type hydrapulper work with hydrapurger, drum screen, ragger, rope cutter and grapple and form continuous pulping and deslagging system, the large light and heavy impurities in pulper can be rejected in time,which avoid pulping the impurities, reduce the following equipment burden. At the same time, it take less time to stop and clean,improve the whole system dealing capacity.

Main Specification

Model	ZDSD23		ZDSD24	ZDSD25		ZDSD26	ZDSD27
Volume(m3)	5		10	15		20	25
Concentration(%)	3-5
Capacity(t/d)	30-50	40-90			80-120	140-180	180-230
Motor Power(Kw)	75	110			160	185	220

Model	ZDSD28	ZDSD29	ZDSD30	ZDSD31	ZDSD32
Volume(m3)	30	35	40	45	50
Concentration(%)	3-5
Capacity(t/d)	230-280	270-320	300-370	350-400	400-450
Motor Power(Kw)	280	315	355	400	450

^{Capacities vary depending on feed size, feed rate, operating conditions, desired product output, characteristics of feed material, and equipment configuration}

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