Zinc pentoxide flash dryer

NegotiableUpdate on 01/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The zinc pentoxide flash dryer is composed of hot air that enters the air distribution through a tangent line and enters the dryer at high speed from the bottom of the cone. Under the driving force of stirring, a strong rotating wind field is formed. The material fed into the dryer by spiral feeding is crushed into small pieces under the action of the agitator, fully contacted with hot air, heated, dried, and collided and rubbed with each other under strong centrifugal action, resulting in particle size and fluidization. The high-temperature zone from the feed inlet to the drying bottom is also known as the "fluidization section". Most of the moisture in the material evaporates in the fluidization section. The dried particles are carried into the upper drying section by hot air and continue to dry in the cyclone field.

Product Details

Overview

Zinc pentoxide flash dryerIt is a new type of high-efficiency fluidized bed drying equipment developed by our company to overcome the low efficiency and high consumption of static drying. In the design process, the machine fully combines the characteristics of flow drying such as airflow drying, maximizes strengths and avoids weaknesses, so that the whole machine has a reasonable process structure and performance.

working principle

Zinc pentoxideFlash drying machineAt the bottom, larger and wetter particle clusters are mechanically sheared, blown, and rotated by the agitator, causing the material to be slightly crushed by centrifugation, shearing, collision, and friction. Particles with lower moisture content and smaller particle size are carried up by the rotating airflow and further dried during the ascent process. Suitable for continuous drying of high humidity, high viscosity, high viscosity, and heat sensitive paste, powder, or granular materials in industries such as chemical, light industry, petrochemical, pharmaceutical, food, and mining.

Equipment performance characteristics
The organic combination of swirl, fluidization, jetting, and crushing classification technologies.
Compact equipment, small size, high production efficiency, continuous production.
High drying intensity, low energy consumption, and high thermal efficiency.
The material has a short residence time, good product quality, and can be used for drying heat sensitive materials.
◎ Negative pressure or micro negative pressure operation, good sealing, high efficiency, and elimination of environmental pollution.

Scope of Application

Suitable for continuous drying of high humidity, high viscosity, high viscosity, heat sensitive paste, powder or granular materials in chemical, light industry, petrochemical, pharmaceutical, food, mining and other industries such as dyes, pigments, H-acids, coatings, ferrites, feed, fertilizers, chemical fibers, rubber additives, etc.

五氧化二锌闪蒸干燥机

Handling materials and their characteristics

Material Name	Inlet air temperature ℃	Initial moisture content%	Final moisture content%	Actual drying capacity kg/h
Zinc stearate	150	80	0.5	140-160
*	180	55	1.5	250-280
Zinc carbonate	150	80	1.0	130-170
monosultap	120	30	1.0	80-110
TMTD	140	65	0.5	80-120
DSD acid	150	60	0.5	80-120
iron oxide red	200	60	0.5	300-350
Antimony dioxide	180	45	1.0	280-320
Cuprous oxide	200	30	3.0	290-310
white carbon black	280	85	5.0	250-300
accelerator	150	60	0.5	80-110
Oil soluble ink	150	45	2.0	350-380
Mancozeb	120	30	1.0	120-150
Phthalic orchid	150	55	1.0	160-180
calcium citrate	140	40	1.0	300-350
Ultra fine calcium carbonate	160	70	1.5	430-470
Mud treatment	200	75	5.0	290-310
Sodium dichloroisocyanurate	180	25	0.2-2	80-120
Sodium trichloroisocyanurate	150	30	1.0	90-150