Ceramic powder conveying bucket elevator

What is Ceramic Powder Conveying Bucket Elevator?

Ceramic powder conveying bucket elevator is a device specially used for vertical conveying of powdered materials such as ceramic powder. It lifts materials from low to high through a bucket fixed on a belt or chain, and is suitable for conveying scenarios that require high efficiency, closed and pollution-free. Its design focuses on preventing powder leakage and material damage, and is widely used in ceramics, chemicals, building materials and other industries.

Ceramic Powder Conveying Bucket Elevator Function

Vertical conveying: lifts ceramic powder from low to high, and the conveying height can reach 3 meters to 45 meters.

Quantitative conveying: quantitative conveying can be achieved to ensure that the amount of material conveyed each time is consistent.

Closed conveying: adopts a fully enclosed structure to prevent powder leakage and environmental pollution.

Efficient conveying: achieves high conveying volume and high efficiency by optimizing the bucket design and operating speed.

Damage-free conveying: adopts low-speed operation and special bucket design to ensure that the ceramic powder is not damaged during the conveying process.

Ceramic Powder Conveying Bucket Elevator Application

Ceramic industry: used to convey powdered materials such as ceramic raw materials and glazes.

Chemical industry: suitable for conveying chemical powders and granular materials.

Building materials industry: used for vertical conveying of powdered materials such as cement and lime.

Food industry: suitable for conveying food-grade powdered materials such as flour and powdered sugar.

Ceramic Powder Conveying Bucket Elevator Customer Cases

A ceramic manufacturing company: using a Z-type bucket elevator, successfully conveying ceramic powder from the raw material bin to the mixing equipment, achieving efficient and pollution-free transportation.

A chemical company: using a fully enclosed bucket elevator, solved the leakage problem in the chemical powder conveying process and improved production efficiency.

A building materials company: through customized bucket elevators, efficient vertical conveying of cement powder was achieved, reducing energy consumption and material breakage rate.

How does the Ceramic Powder Conveying Bucket Elevator work?

The ceramic powder bucket elevator drives the lifting belt or chain through the motor, driving the chain or belt with the bucket to move upward. The material is lifted in the bucket, and after reaching a certain height, it is dumped out through the discharge port. During the lifting process, the material is subject to less wear in the bucket, maintaining good material properties.

Ceramic Powder Conveying Bucket Elevator Advantages

High efficiency and energy saving: adopt low-speed operation and optimized design to reduce energy consumption.

No pollution: fully enclosed structure to prevent powder leakage and environmental pollution.

Low breakage rate: special bucket design and low-speed operation to ensure material integrity.

Easy maintenance: modular design, easy to disassemble and maintain.

Strong adaptability: can be customized according to different material characteristics to meet diverse needs.

Ceramic Powder Conveying Bucket Elevator Structure

Hopper: used to load and convey materials, the material can be plastic or metal, selected according to the material characteristics

Belt or chain: as a driving component, drive the bucket to run

Drive device: including motor and reducer to provide power.

Shell: Fully enclosed structure to prevent powder leakage.

Feed port and discharge port: used for material loading and unloading respectively.

Ceramic Powder Conveying Bucket Elevator Parameters

How to select Ceramic Powder Conveying Bucket Elevator?

Material characteristics: Determine the particle size, fluidity and corrosiveness of the ceramic powder.

Determine the conveying height and capacity: Select the appropriate conveying height and capacity range according to actual needs.

Select the hopper material: Select plastic, stainless steel or other materials according to the material characteristics.

Determine the drive mode: Belt drive is suitable for light materials, and chain drive is suitable for heavy materials.

Environmental conditions: Consider the temperature, humidity and corrosiveness of the working environment.

Consider the sealing performance: Choose a fully enclosed design to ensure no leakage.

Customized requirements: According to the specific process requirements, choose whether additional functions are required, such as explosion-proof design, automatic cleaning, etc.