Cuprous chloride dryer

NegotiableUpdate on 01/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The cuprous chloride dryer is powered by hot air entering the bottom of the dryer through a tangent line, and creating a strong rotating wind field driven by a stirrer. The paste like material is fed into the dryer by a spiral feeder, and under the strong action of high-speed rotating stirring blades, the material is dispersed by impact, friction, and shear forces. The block like material is quickly crushed, fully contacted with hot air, heated, and dried. Widely used in the drying of high viscosity, high consistency, heat sensitive paste like materials in chemical industries such as light industry, petroleum, chemical fiber, food, mining, coatings, dyes, and intermediates.

Product Details

Working Principle:

Cuprous chloride dryer The material enters the dryer through a spiral feeder and is dispersed under the strong action of high-speed rotating stirring blades due to impact, friction, and shear forces. The block shaped material is quickly crushed, fully exposed to hot air, heated, and dried. The dehydrated dry material rises with the hot air flow, and the classification ring intercepts large particles. Small particles are discharged from the center of the ring outside the dryer and are recovered by the cyclone separator and dust collector. Undried or large materials are thrown towards the wall by centrifugal force and fall back to the bottom for crushing and drying.

Equipment features:
1. According to the characteristics of the material, a special cooling device is installed at the bottom of the dryer to avoid coking and deterioration of the material in the high-temperature zone at the bottom.
2. The circumferential air velocity in the drying chamber is high, and the material residence time is short, effectively preventing the material from sticking to the wall.
3. The drying chamber is equipped with grading rings and swirl blades, and the material fineness and final moisture can be adjusted and controlled.
4. Special pneumatic sealing device and bearing cooling device effectively extend the service life of the transmission part.
5. Drying, crushing, and screening can be completed within the equipment, which is simple, intelligent, efficient, and easy for employees to operate.

Application scope:

Cuprous chloride dryerIt is a new type of continuous drying equipment that integrates drying, crushing, and screening. It uses the impact and driving of high-speed airflow to quickly dry wet materials. Large and wet particle clusters can also be crushed and micronized under the circulating drying inside the equipment, and dried with high-speed airflow. Especially suitable for drying filter cake like, paste like, and slurry like materials. Not only can multiple feeding devices be flexibly selected and exchanged, but also air separation devices are used to reduce equipment resistance, effectively save energy, greatly reduce equipment construction consumption, and achieve high quality, high efficiency, low consumption, and cleanliness.

Applicable materials

Ceramics: kaolin, silica, clay;

Food category: soy protein, gelatinous starch, distiller's grains, wheat sugar, wheat starch, etc.

Dyes: anthraquinone, black iron oxide, indigo pigment, butyric acid, titanium hydroxide, zinc sulfide, various azo dye intermediates.

Organic compound: Atrazine (pesticide)）Lauric acid, benzoic acid, benzoic acid, fungicide, sodium oxalate, cellulose acetate, etc;

Inorganic substances: boric acid, calcium carbonate, hydroxides, copper sulfate, iron oxide, barium carbonate, antimony trioxide, various metal hydroxides, various heavy metal salts, synthetic cryolite, etc.

Technical Specifications:

Model Project	Cylinder diameter mm	Host size mm	Host power kw	Handling air volume	Evaporated water volume kg/h	Occupation area m2
SXG-2	200	300×2800	0.75～2.2	300~800	10~20	3500×2500
SXG-3	300	400×3300	3~4	600~1500	20~50	3800×2700
SXG-4	400	500×3500	4～7.5	1250~2500	25~70	4000×3000
SXG-5	500	600×4000	5.5～11	1500~4000	30~100	4200×3200
SXG-6	600	700×4200	7.5～18.5	2500~5000	40~200	4250×3250
SXG-8	800	900×4600	11～18.5	3000~8000	60~300	4500×3500
SXG-10	1000	1100×5000	15~30	5000~12500	100~480	4750×3750
SXG-12	1200	1300×5200	15~37	10000~20000	150~745	5000×4000
SXG-14	1400	1500×5400	30~55	14000~27000	200~960	5250×4250
SXG-16	1600	1700×6000	45~75	18700~36000	250~7303	5500×4500

Note: 1. The evaporation rate of water is calculated based on an inlet air temperature of 200 ℃ and an outlet air temperature of 80 ℃; 2. The installed capacity is the basic data and can be changed according to the physical and chemical properties of the material; 3. The land area is arranged according to the actual situation, and the data in the table is for reference only.

Processing materials and characteristics (based on Type 6 flash evaporation)

Material Name	stearic acid	alumina	Zinc carbonate	monosultap	TMTD	DSD acid	iron oxide red	Antimony dioxide	Cuprous chloride	White too black
inlet air temperatureoC	150	180	150	120	140	150	200	180	200	280
Initial moisture content%	80	55	80	30	65	60	60	45	30	85
Final moisture content%	0.5	1.5	1.0	1.0	0.5	0.5	0.5	1.0	3.0	5.0
Actual drying capacity kg/h	140-160	250-280	130-170	80-110	80-120	80-120	300-350	280-320	290-310	250-300

Material Name	accelerator	Oil soluble ink	Manganese zinc substituted acid	Phthalic orchid	calcium citrate	Ultra fine calcium carbonate	Mud treatment agent	Sodium Dioxoisocyanurate	Sodium trimethoxyisocyanurate
inlet air temperatureoC	150	150	120	150	140	160	200	180	150
Initial moisture content%	60	45	30	55	40	70	75	25	30
Final moisture content%	0.5	2.0	1.0	1.0	1.0	1.5	5.0	0.2-2	1.0
Actual drying capacity kg/h	80-110	350-380	120-150	160-180	300-350	430-470	290-310	80-120	90-150