Titanium dioxide conveying bucket elevator

What is Titanium dioxide conveying bucket elevator?

Titanium dioxide conveying bucket elevator is a mechanical device specially used for vertical conveying of titanium dioxide powder or other bulk materials. It lifts the material from the bottom to the top through a series of hoppers fixed on traction members (such as belts or chains), and then discharges the material through a discharge device.

Titanium dioxide conveying bucket elevator purpose

Vertical conveying: Efficiently lift titanium dioxide or other bulk materials from low to high.

Improve efficiency: Continuously and stably convey materials to improve production efficiency.

Reduce loss: Closed conveying reduces material loss and dust pollution during the conveying process.

Titanium dioxide conveying bucket elevator application

Coating industry: used to convey titanium dioxide as a pigment.

Plastic industry: used to convey titanium dioxide as a filler.

Paper industry: used to convey titanium dioxide as a coating.

Cosmetics industry: used to convey titanium dioxide as a pigment.

Food industry: used to convey titanium dioxide as a food additive.

Chemical industry: used to convey titanium dioxide raw materials and products.

Titanium dioxide conveying bucket elevator customer case

A paint factory: used to convey titanium dioxide from the storage tank to the mixer, improving efficiency by 30% and reducing dust leakage by 90%.

Plastic masterbatch manufacturer: stainless steel bucket elevators are used in high-temperature workshops, which are corrosion-resistant and stable.

Multinational chemical companies: vertical conveying between production lines on multiple floors to save space.

How does the Titanium dioxide conveying bucket elevator work?

Material Loading:

Titanium dioxide is fed into the buckets at the base of the elevator. This can be done using hoppers or other feeding mechanisms.

Bucket Movement:

The elevator is powered by an electric motor that drives a belt or chain. This causes the buckets, which are attached to the belt or chain, to move upward along a vertical path.

Material Transport:

As the buckets ascend, they securely hold the titanium dioxide. The design prevents spillage, ensuring efficient transport of the material.

Discharge:

Once the buckets reach the top, they tilt or open to release the titanium dioxide into a designated area, such as a storage silo or processing unit.

Return Cycle:

After discharging, the empty buckets descend back to the base, ready to be filled again, completing the cycle.

Technical parameters of Titanium dioxide conveying bucket elevator

Model	TD160				TD250				TD315				TD400
Hopper form	Q	h	zD	Sd	Q	h	zD	Sd	Q	h	zD	Sd	Q	h	zD	Sd
Delivery volume（m3/h）	5.4	9.6	9.6	16	12	22	23	35	17	30	25	40	24	46	41	66
Bucket width（mm）	160				250				315				400
Dou Rong（L）	0.5	0.9	4.2	1.9	1.3	2.2	3.0	4.6	2	3.6	3.8	5.8	3.1	5.6	5.9	9.4
Bucket distance（mm）	280		350		360		450		400		500		480		560
Bandwidth（mm）	200				300				400				500
Bucket speed（m/s）	1.4				1.6				1.6				1.8
Bulk material（mm）	25				35				45				55
Model	TD500				TD630			TD160		TD250		TD350		TD450
Hopper form	Q	h	zD	Sd	h	zD	Sd	Q	S	Q	S	Q	S	Q		S
Delivery volume（m3/h）	38	70	58	92	85	89	142	4.7	8	18	22	25	42	50		72
Bucket width（mm）	500				630			160		250		350		450
Dou Rong（L）	4.8	9	9.3	15	14	14.6	23.5	0.65	1.1	2.6	3.2	7	7.8	14.5		15
Bucket distance（mm）	500		625		710			300		400		500		640
Bandwidth（mm）	600				700			200		300		400		500
Bucket speed（m/s）	1.8				2			1		1.25		1.25		1.25
Bulk material（mm）	60				70			25		35		45		55

Structure of Titanium dioxide conveying bucket elevator

Traction piece: belt or chain (wear-resistant).

Hopper: fixed to the traction piece, the shape is selected according to the material characteristics.

Drive device: motor, reducer, backstop (anti-reverse).

Casing: fully enclosed structure, with observation window and inspection door.

Inlet/outlet: customizable angle and position.

Tensioning device: adjust the tension of the traction piece (bottom screw or automatic hydraulic).

How to choose the Titanium dioxide conveying bucket elevator?

1. Determine the conveying capacity: Determine the hourly conveying capacity according to production requirements.

2. Determine the lifting height: Determine the height to be lifted according to the process layout.

3. Determine the material characteristics: Understand the material characteristics such as particle size, density, temperature, humidity, etc.

4. Select the hopper form: Select a suitable hopper according to the material characteristics and unloading method.

5. Select the traction component: Select a belt or chain according to the conveying capacity and lifting height.

6. Select the drive device: Calculate the required drive power according to the conveying volume and lifting height.

7. Select the appropriate material: Select wear-resistant and corrosion-resistant materials according to the characteristics of the conveyed material.

8. Consider the installation environment: Consider the installation space limitations and environmental conditions.