A complete set of crushing production line for building waste with an hourly output of 50-100 tons

A complete set of crushing production line for building waste with an hourly output of 50-100 tons typically includes several pieces of equipment, each playing a crucial role in the processing and recycling of building waste. Here's a general overview of the equipment required:

Feed hopper: The feed hopper is used to store and feed raw building waste materials into the crushing production line. It often has a capacity of several tons to accommodate the hourly output requirements.

Primary crusher: The primary crusher, usually a jaw crusher, is the first step in the crushing process. It breaks down large pieces of building waste into smaller, more manageable particles.

Secondary crusher: The secondary crusher, often a cone crusher or an impact crusher, further reduces the particle size of the building waste. This step is necessary to achieve the desired final product size.

Screening equipment: After the secondary crusher, a vibrating screen is used to separate the crushed building waste into different size fractions. This allows for the production of several graded products, such as aggregates for construction.

Air classification system: An air classification system, also known as an air separator, is used to separate any dust or powder from the crushed building waste. This step ensures that the final products meet environmental standards and creates a cleaner work environment.

Conveyor belts: Conveyor belts are used to transport the raw building waste materials and the crushed products between the different stages of the crushing production line.

Control system: A control system is necessary to monitor and adjust the operation of the entire production line, ensuring optimal performance and product quality.

When setting up a complete set of crushing production line for building waste, it is important to consider factors such as the input material properties, desired output, and environmental regulations. It's recommended to consult with professional engineers or equipment suppliers to design a customized solution that meets your specific needs.