Rotary Drum Fertilizer Ball Granulating Machine

• Model NO.: ZG1.6*6
• Object: Fertilizer
• Size: Small
• Condition: New
• Power: 11kw
• Inner Diameter: 1.6m
• Granulation Rate: >98%
• Color: Any Color
• Warranty: 1 Year
• Transport Package: Nude Package or Wooden Case
• Origin: China

• Type: Screw Granulator
• Material: Alloy
• Certification: CE, ISO 9001
• Capacity: 6-8t/H
• Voltage: 380V
• Granule Size: 1-8mm
• Feature: Room Temp
• Technology: Support
• Trademark: Gofine
• Specification: 7x3.3x3.1m
• HS Code: 8477201000

Rotary Drum Fertilizer Ball Granulating Machine  
Introduction of rotary drum fertilizer ball granulating machine
Rotary drum fertilizer ball granulating machine is very versatile pieces of equipment that can process a wide array of materials. The equipment is typically used for high capacity applications and usually requires some type of recycle depending on the product specifications. Drum Granulators are used when an Agglomeration - Chemical Reaction Process is required.

Application of rotary drum fertilizer ball granulating machine
As the one of the key equipments in fertilizer industry, drum granulator is applicable to cold, heat, and guniting and ammoniated granulation and big scale fertilizer production of high, medium and low concentration.

Adwantages of rotary drum fertilizer ball granulating machine
The cylinder body can adopt special stainless steel or rubber plate lining structure. It can remove scar and peel burl automatically It has the advantages of high intensity of granule, high production, erosion proof, abrasion proof, low energy consumption, long service life, convenient operation and maintenance etc.

Technical datas of rotary drum fertilizer ball granulating machine Note:
Our company has different types of fertilizer granulator, including double roller granulator, wet mixer granulator, disc granulator,  rotary drum granulator. We can produce you the suitable machine according
to your condition.

Services of rotary drum fertilizer ball granulating machine
Pre-sale Service
1.Offering overall technology and business consultation services;
2.Proposing the most suitable scheme and equipment for our customer;
3.Designing and producting machine according to the special demands of clients; 
After-sales Service 
1.Carefully checking machine in every working procedure, quality comes first;
2.Assisting our clients for foundation construction of equipments;
3.Dispatching engineers to install and debug equipments,training the first-line operators on site;
4.Regularly visit clients to solve production problems and providing our technology support.
We have more than 15 years experience, support you best before and after sales service.Quality is first and top Pursuit of our company.

Product pictures of rotary drum fertilizer ball granulating machine




About our company
Gofine Machine, establish in 2010, located in Longgang Developed Zone of Xingyang City, Henan, China, specially engaged in producing fertilizer production machinery, animal feed machinery, waste recycling machinery and trading in building machinery and food machinery and wood machinery;  we have heavy standardization industrial plants with area 60000 square meter, bring advanced large metal processing equipment, including the 10 sets CNC machining center, 3sets laser cutting machine, and other equipment reaching total 100 sets; we have get known by the ISO9001-20001 certification and CE certification; Welcome you to know us more on our machine and our technology.

We take "Quality First and Customer Supreme" as our business philosophy, adhere business idea"Honesty and Excellence" and spirit of "Practical and Innovative", act "Attitude is everything" to our business and each client.


FAQ of rotary drum fertilizer ball granulating machine

Titanium Dioxide

physical characteristics

1) Relative density

Among the commonly used white pigments, titanium dioxide has the lowest relative density. Among the white pigments of the same quality, titanium dioxide has the largest surface area and the highest pigment volume.

2) Melting point and boiling point

Because anatase will change into rutile at high temperature, the melting point and boiling point of anatase titanium dioxide actually do not exist. Only rutile titanium dioxide has melting point and boiling point. The melting point of rutile titanium dioxide is 1850 ℃, the melting point in air is (1830 ± 15) ℃, and the melting point in oxygen enrichment is 1879 ℃. The melting point is related to the purity of titanium dioxide. The boiling point of rutile titanium dioxide is (3200 ± 300) ℃, and titanium dioxide is slightly volatile at this high temperature.

3) Dielectric constant

Titanium dioxide has excellent electrical properties because of its high dielectric constant. When determining some physical properties of titanium dioxide, the crystallization direction of titanium dioxide crystal should be considered. The dielectric constant of anatase titanium dioxide is relatively low, only 48.

4) Conductivity

Titanium dioxide has semiconductor properties. Its conductivity increases rapidly with the increase of temperature, and it is also very sensitive to hypoxia. The dielectric constant and semiconductor properties of rutile titanium dioxide are very important to the electronic industry. This property can be used to produce electronic components such as ceramic capacitors.

5) Hardness

According to Mohs hardness scale, rutile titanium dioxide is 6 ~ 6.5 and anatase titanium dioxide is 5.5 ~ 6.0. Therefore, anatase titanium is used in chemical fiber extinction to avoid wear of spinneret holes.

6) Hygroscopicity

Although titanium dioxide has hydrophilicity, its hygroscopicity is not very strong, and rutile type is smaller than anatase type. The hygroscopicity of titanium dioxide is related to its surface area. The large surface area and high hygroscopicity are also related to surface treatment and properties.

7) Thermal stability

Titanium dioxide is a material with good thermal stability.

8) Granularity

The particle size distribution of titanium dioxide is a comprehensive index, which seriously affects the pigment performance and product application performance of titanium dioxide. Therefore, the discussion of hiding power and dispersion can be directly analyzed from the particle size distribution.

The factors affecting the particle size distribution of titanium dioxide powder are complex. The first is the original particle size of hydrolysis. The original particle size is within a certain range by controlling and adjusting the hydrolysis process conditions. The second is the calcination temperature. In the calcination process of metatitanic acid, the particles undergo a crystal transformation period and growth period. Control the appropriate temperature to make the growth particles within a certain range. Finally, the crushing of products. Usually, the transformation of Raymond mill and the adjustment of analyzer speed are used to control the crushing quality. At the same time, other crushing equipment can be used, such as universal mill, air flow mill and hammer mill.


Chemical properties

Titanium dioxide has extremely stable chemical properties and is a kind of acidic amphoteric oxide. It hardly reacts with other elements and compounds at room temperature, has no effect on oxygen, ammonia, nitrogen, hydrogen sulfide, carbon dioxide and sulfur dioxide, is insoluble in water, fat, dilute acid, inorganic acid and alkali, and is only soluble in hydrofluoric acid. However, under the action of light, titanium dioxide can undergo continuous redox reaction and has photochemical activity. This photochemical activity is particularly evident in anatase titanium dioxide under ultraviolet irradiation. This property makes titanium dioxide both a photosensitive oxidation catalyst for some inorganic compounds and a photosensitive reduction catalyst for some organic compounds.

Emergency treatment: isolate the leakage contaminated area and restrict access. It is recommended that emergency treatment personnel wear dust mask (full mask) and general work clothes. To avoid dust, sweep it carefully, put it in a bag and transfer it to a safe place. If there is a large amount of leakage, cover it with plastic cloth and canvas. Collect and recycle it or transport it to the waste treatment site for disposal.

Titanium dioxide (or titanium dioxide) is widely used in various structural surface coatings, paper coatings and fillers, plastics and elastomers. Other applications include ceramics, glass, catalysts, coated fabrics, printing inks, roof paving and flux. According to statistics, the global demand for titanium dioxide reached 4.6 million tons in 2006, including 58% in the coating industry, 23% in the plastic industry, 10% in papermaking and 9% in others. Titanium dioxide can be prepared from ilmenite, rutile and titanium slag. There are two production processes of titanium dioxide: sulfate process and chloride process. The technology of sulfate process is simpler than chloride process, and minerals with low grade and relatively cheap can be used. Today, about 47% of the world's production capacity adopts sulfate process and 53% of the production capacity is chloride process.

Titanium Dioxide,Tio2 Rutile,Rutile Titanium Dioxide,Chloride Process Titanium Dioxide

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