The Mobile 130 Primary Impact Crusher is a high-efficiency and portable crushing machine used in mining, quarrying, construction, and recycling industries. It is designed to break down large stones and rocks into smaller pieces, primarily for the initial stage of crushing in large-scale projects. By reducing material size, it prepares the material for further crushing and screening stages. Its mobility allows easy transportation within the worksite and quick adaptation to different locations, providing flexibility to meet the changing demands of construction sites.

The 130 Primary Impact Crusher is particularly suitable for processing hard and medium-hard stones such as limestone, dolomite, basalt, and granite. It is widely used in road construction, concrete production, and the manufacturing of construction aggregates. Additionally, it plays a crucial role in recycling plants, where it processes materials like concrete and asphalt waste, making them reusable. With a high-capacity feed hopper and a robust rotor design, it ensures continuous and efficient crushing operations.

Its working principle is based on the impact of high-speed rotating hammers mounted on the rotor. When the material enters the crusher, it accelerates due to the rotor’s movement and collides with impact plates, causing it to break into smaller sizes. This impact crushing process ensures the required final material size is achieved. The efficiency of the crushing operation depends on the density and hardness of the material being processed. The Mobile 130 Primary Impact Crusher typically operates with a vibrating feeder that regulates the material flow into the crusher. After being crushed, the material passes through specialized screening systems that classify it into different sizes, which are then transported via conveyor belts.

These machines offer economic advantages with fuel efficiency and low maintenance requirements. Due to their mobility, they can be easily transported to different locations with a minimal setup time. Their eco-friendly design minimizes dust and noise emissions, creating a safer and more productive working environment. With high production capacity, low operating costs, and a durable structure, they provide an efficient solution for large-scale projects.