1,Horizontal slurry pump accessories can be roughly divided into: slurry pump flow parts (namely, the part of the slurry pump contact liquid), slurry pump bracket part (also known as suspension), slurry pump base and slurry pump pump body pump cover, etc.

The slurry pump bracket part: The bracket body (suspension) is made of gray iron, belongs to the non-wearing parts, technical requirements are not high, and some parts of the general accessories, such as bearings, screws, bolts, oil plug, ring, oil mirror, belt, pulley, coupling, flange, washer, O-ring, mechanical seal, filler, nozzle and so on, generally do not need the slurry pump manufacturers own production.

Generally, the base of slurry pump can be welded and cut with iron plate according to the slurry pump with power motor, or cast according to the drawings.

Slurry pump pump body pump cover generally plays the role of protecting the slurry pump flow parts in the double pump shell slurry pump, which does not belong to the wearing parts.

So most of our customers and end users mouth mentioned slurry pump accessories in fact mainly refers to the slurry pump flow parts is usually called the four big parts: volute, impeller, front guard plate, rear guard plate, in addition to the slurry pump packing box and slurry pump auxiliary impeller is often replaced.

Slurry pump through the flow component is the core part of the slurry pump, is the slurry pump working operation and direct contact with the transmission medium of the accessories, so wear is the largest is the fastest replacement is the most frequent

The material selection of the impeller of the slurry pump should be determined according to the specific working conditions and the characteristics of the conveying medium.

Slurry pump impellers are available in a variety of materials, including high chromium cast iron, rubber, polyurethane and Stainless Steel. Each material has its specific advantages and application scenarios:

1. High chromium alloy cast iron : has good wear resistance and corrosion resistance, high hardness, can effectively resist the wear of solid particles. Suitable for conveying high concentration and high hardness slurry.

2. Rubber : has good wear resistance and corrosion resistance, can effectively reduce the noise and vibration of the pump. Suitable for conveying slurry containing corrosive media, such as acid and alkali solution.

3. Polyurethane : has high wear resistance and corrosion resistance, suitable for conveying high concentration, high hardness slurry, with a long service life.

4. Stainless-Steel:

In addition, the material of the slurry pump impeller also includes Cr26 material (high chromium alloy material), which is usually used for desulfurization and other projects. Other metal materials such as A07, A49 and A05 also have their own characteristics, A07 material has a strong abrasion resistance, suitable for strong abrasive conditions; A49 material has high chromium alloy wear resistance and good corrosion resistance, especially suitable for a variety of working conditions such as metallurgy, power plants, coal mines, etc. A05 material price is more civilian, wear resistance is better, a wide range of applications. The corrosion resistance of rubber is better than that of metal flow parts, and it is suitable for particles containing solid particles in the slurry and smooth and without sharp corners.

In summary, the material selection of the impeller of the slurry pump should be determined according to the specific use environment and medium characteristics to ensure the performance and life of the pump.

A hard metal slurry pump is a type of pump used for transporting high-concentration slurries containing solid particles. Its main feature is the use of hard metal materials for the pump body, casing, and internal components. This type of pump is typically used to handle high-wear, high-corrosion media, such as in industries including mining, ore dressing, metallurgy, coal mining, power generation, papermaking, and construction, for slurry transport.

The main advantages of hard metal slurry pumps include:

In summary, hard metal slurry pumps are efficient, wear-resistant, and corrosion-resistant pumps suitable for handling slurry transport in various industrial applications under harsh conditions, and are widely used in different industries.

CNSME Slurry Pump Company is proud to announce our participation in the upcoming mining exhibition in Istanbul, Turkey, scheduled for early May. This exhibition presents an excellent opportunity for us to converge with peers and professionals from the global mining industry, sharing the latest technologies, products, and solutions.

As a leading enterprise in the slurry pump industry, CNSME has been committed to providing high-quality, high-performance slurry pump products and specialized technical services. Our product range includes vertical slurry pumps, horizontal slurry pumps, heavy-duty slurry pumps, and more, widely used in mining, metallurgy, coal, power, and other fields, earning trust and praise from customers.

At this exhibition, we will showcase our latest slurry pump products and technologies, engaging in in-depth discussions and collaborations with industry experts and clients from around the world. We look forward to exploring industry trends, sharing product innovations and solutions, and providing tailored slurry pump solutions to support your business success.

CNSME Slurry Pump Company cordially invites you to visit our booth, embarking on a journey of cooperation with us and shaping a brighter future together!

The slurry pump needs to be connected to the motor to generate kinetic energy to transport the material out. So what are the connection transmission methods of slurry pump and motor? The following Panshi pump industry introduces the same common transmission methods.

1, DC transmission : the slurry pump and the motor are connected and driven by a coupling, the slurry pump and the motor shaft are on a central shaft, and there are no other transmission links in the middle. DC transmission is reliable and has low failure rate.

2. Belt connection: This transmission means that the motor transmits power to the slurry pump through the belt pulley and belt. Belt connection is divided into CV transmission, CRZ transmission, CLZ transmission, ZVZ transmission, four transmission modes. The difference between these four transmission modes is that the pump and the motor are arranged in different directions.

CV transmission: This transmission mode is that the motor is installed above the bearing assembly of the pump, the pump and the motor have no common base, and the motor is installed by bolting a small seat of the motor. This transmission mode is characterized by the pump and motor installation is relatively compact, saving space, suitable for limited site conditions. Because the motor is above, it can also avoid the motor water, causing motor damage. However, if the motor power is relatively large, it is not recommended to use this transmission mode. Because the motor power is large, its weight is relatively heavy, with this installation method may not be very stable, there is a top-heavy situation. Therefore, this transmission mode is generally only recommended for use when small power motors.

3, CRZ and CLZ transmission: This transmission means that the motor is installed on the left or right side of the pump, from the direction of the pump inlet, if the motor is on the left side of the pump, it is CL transmission, if the motor is on the right side of the pump, it is CR transmission, if the pump and the motor are provided with a common base, then the letter "Z" indicates. But for large pumps, because of its own weight and volume is larger, in this case, generally no longer provide a common base. This installation mode, especially because it is installed on the ground, runs relatively smoothly. But it also takes up a lot of space.

4. ZVZ transmission: This transmission mode is the same as CV transmission, which puts the motor at a high level. The difference is that this transmission mode has a common base, the motor is directly behind the pump, and the base of the motor is raised to achieve the purpose of the high motor. Because the orientation of the motor and pump in this transmission mode looks like the capital letter "Z", it is called ZVZ transmission. The characteristics of this transmission mode are similar to CV, because the motor is at a high level, so if there is water leakage on the site, it can prevent the motor from entering the water, so as to protect the motor, there is no limitation on the power size of the motor, regardless of the size of the pump and the motor, you can use this transmission mode.