Talc powder bucket elevator

What is Talc powder bucket elevator?

Talc powder bucket elevator is a kind of equipment specially used for vertical conveying of talc powder or other fine powder materials. Talc powder is a light and fine powder widely used in cosmetics, medicine, coatings, plastics and other industries. Due to its special physical properties (such as light weight and easy to raise dust), the design of talc powder bucket elevator needs to meet the requirements of efficient, dust-free and stable conveying.

Talc powder bucket elevator usage purpose

Efficient transportation: suitable for rapid vertical transportation of large quantities of talc powder, improving production efficiency and reducing labor costs.

Space saving: The vertical design takes up little space, is suitable for use in limited production environments, and optimizes factory layout.

Material protection: The sealed design prevents talc powder from leaking during transportation, reducing material loss and environmental pollution.

Automated production: It can be linked with other equipment (such as mixers and packaging machines) to achieve automated production and improve the efficiency of the overall production line.

Strong adaptability: It is suitable for talc powder of different particle sizes and characteristics, and can be customized according to production needs to meet diverse industrial applications.

Talc powder bucket elevator application

Cosmetics Industry: Talc powder is a common ingredient in products like baby powder, face powders, and other cosmetics.

Pharmaceuticals: Talc is used as a glidant in tablet manufacturing.

Paints and Coatings: Talc acts as a filler and extender in paint formulations.

Plastics and Rubber: Talc is used as a reinforcing filler in plastics and rubber products.

Features of Talc Powder Bucket Elevator

1. Enclosed Design: To prevent dust emissions and contamination, talc powder bucket elevators are typically fully enclosed. This ensures a clean working environment and minimizes product loss. 2. Corrosion-Resistant Materials: Since talc is non-abrasive, the elevator can be constructed from materials like stainless steel or coated carbon steel to resist corrosion and ensure longevity.

3.Gentle Handling: Bucket elevators for talc powder are designed to handle the material gently to avoid degradation or clumping of the fine particles.

4.Dust-Tight Seals: Special seals and gaskets are used to prevent dust leakage at connection points, ensuring compliance with environmental and safety regulations.

5.Explosion-Proof Options: If the talc powder is being transported in an environment where explosive dust could be a concern, the elevator can be equipped with explosion-proof motors and components.

6.Customizable Buckets: The buckets attached to the belt or chain can be customized in size and shape to optimize the handling of talc powder.

Talc powder bucket elevator parameters

Model	Max feed size(mm)	Capacity(T/H)	Lifting speed(m/s)	Belt width(mm)	Lifting height(m)
TD160	25	5.4-16	1.4	200	<40
TD250	35	12-35	1.6	300
TD315	45	17-40	1.6	400
TD400	55	24-66	1.8	500
TD500	60	38-92	1.8	600
TD600	70	85-142	2	700

How to choose Talc Powder Bucket Elevator?

1. Material properties

Particle size and density: Understand the particle size distribution and density of talc to select the appropriate bucket type and elevator specifications.

Flowability: Evaluate the fluidity of the material and select the appropriate elevator design (such as wide-mouth bucket or deep bucket).

2. Lifting height

Determine the required lifting height to select the appropriate elevator model and belt length.

3. Conveying capacity

Calculate the required conveying capacity (tons/hour) according to production needs and select the corresponding elevator specifications.

4. Feeding and unloading methods

Determine the feeding and unloading methods (such as gravity unloading or mechanical unloading) to ensure that the equipment adapts to the layout of the production line.

5. Environmental conditions

Consider the temperature, humidity and dust conditions of the working environment and select corrosion-resistant and wear-resistant materials.

6. Drive mode

Select the appropriate motor power and drive mode (such as motor drive or hydraulic drive) to ensure the stability and efficiency of the equipment.