Highly Cost Effective Roller Crusher for Various Industrial Applications
Product Overview
Roller crusher is an efficient and durable crushing equipment designed specifically for processing materials of various hardness. It adopts advanced roller crushing principle, which squeezes and crushes the material through two relatively rotating rollers, thereby crushing large pieces of material into the required particle size.
The roller surface of this crusher is usually made of high-strength wear-resistant materials to ensure good crushing effect and service life during long-term use. Its structure is compact, occupying a small area, and installation and maintenance are very convenient.
For example, in the mining industry, roller crushers can be used to crush ores; In the production of building materials, it can effectively crush stone and sand materials.
Product Usage
In the chemical industry, roller crushers play a crucial role. There are various types and shapes of raw materials used in chemical production, and many times they require specific particle size conditions for effective chemical reactions and subsequent processing. The roller crusher plays a key role here, as it is used to crush various chemical raw materials, breaking large and irregular raw materials into particle sizes that meet the process requirements, thereby providing a good foundation for subsequent chemical reactions, mixing, separation and other processes. For example, in fertilizer production, various raw materials such as nitrogen, phosphorus, and potassium need to be finely crushed by a roller crusher before they can be evenly mixed and undergo complex chemical reactions, ultimately producing efficient and high-quality fertilizer products.
Working principle
The new generation of Tonten toothed roller crusher is composed of teeth that operate at high speed and with strong force in opposite directions. Materials that meet the gap between the two teeth fall freely, while materials that exceed the gap between the two teeth rollers are instantly crushed by the biting force of the roller teeth and fall freely, achieving the crushing purpose and meeting the particle size requirements. The relative roller differential operation can clean the material between the teeth gaps, thereby preventing sticking and blockage, and preventing the material from staying on the teeth rollers to avoid repeated crushing and over crushing
Equipment advantages
1. Compact structure, high efficiency and energy saving, low crushing force, and good crushing effect;
2. Newly upgraded, fully automatic hydraulic system, thickened roller skin, long service life;
3. Hydraulic spring integration, hydraulic spring balance flash protection, no vulnerable parts.
Selection and Control of Crushed Materials
To ensure the normal operation and service life of the roller crusher, it is necessary to strictly control the properties and size of the crushed materials.
Avoid sending materials that are too large, hard, or contain excessive impurities into the crusher. For example, excessive material may jam the rollers, causing equipment overload or even damage. For materials with high moisture content, bonding may occur during the crushing process, affecting crushing efficiency and the normal operation of equipment.
In addition, the feeding speed and amount should be controlled according to the rated processing capacity of the crusher. Feeding too fast or too much can overload the crusher and shorten its lifespan.
We prioritize quality based on integrity and reasonable pricing. Our machines are manufactured strictly in accordance with national and international standards, and we test each device before delivery. We will make every effort to meet the needs of our customers and provide efficient and high-quality roller crushers. We pursue low profit and high turnover, and we can offer you a lower price than other trading companies. If the product is truly suitable and can benefit you, the price can be negotiated. Please call or contact us through other means for further discussion.
Parameter Table
Model | Feed particle size(mm) | Discharge particle size(mm) | Yield(t/h) | Power(kw) |
TTR66-45-05 | ≤25 | 2-8 | 5-10 | 11 |
TTR66-45-06 | ≤40 | 1-20 | 13-40 | 30 |
TTR66-45-07 | ≤40 | 2-20 | 20-55 | 37 |
TTR66-45-08 | ≤40 | 3-40 | 60-125 | 44 |