Concrete Mixer

Langfang Nianpeng Mechanical Equipment Processing Co., Ltd. is one of the most reliable manufacturers and suppliers of concrete mixer in China. If you're going to buy high quality concrete mixer, welcome to get pricelist and quotation from our factory. For price consultation, contact us.

Basic Info.

Packaging & Delivery

Product Description

A diesel mixer is a construction equipment. It is mainly powered by a diesel engine to mix concrete, mortar and other construction materials.

This mixer has a mixing drum with mixing blades. When working, the diesel engine drives the mixing drum to rotate, and the blades mix the materials to mix the various ingredients evenly. Compared with an electric mixer, its advantage is that it is not restricted by power supply and can be used flexibly in some occasions where there is no stable power supply or field operations.

Real object shooting

Diesel mixers have the following advantages and features:

1. Power:

• Powerful and stable: The diesel engine has a high torque output, which can provide strong power for the mixer, and can easily cope with various high-viscosity and large-capacity material mixing tasks, ensuring the uniformity and thoroughness of the mixing. Even under heavy load, it can maintain stable operation, and is not prone to problems such as uneven mixing or shutdown due to insufficient power.

• Strong adaptability: For some remote areas with unstable or no power supply, field construction sites, etc., the diesel mixer can still work normally, not restricted by power conditions, and has strong environmental adaptability.

• Can work continuously for a long time: The diesel engine has good durability and can operate continuously for a long time, reducing the situation where the construction progress is affected by frequent equipment shutdown maintenance, and can meet the needs of large-scale projects or long-term operations.

2. Economy:

• High fuel efficiency: Although the price of diesel may be slightly higher than gasoline and other fuels, the diesel engine has a high thermal efficiency. Under the same workload, the diesel consumption is relatively low. From the perspective of long-term use, it has good economy.

• Relatively low maintenance cost: The structure of the diesel engine is relatively simple, without complex electrical systems and electronic control components, so it is relatively easy to maintain and repair, and the cost is relatively low. In addition, the parts of the diesel engine are relatively durable and have a long service life, which reduces the overall operating cost of the equipment.

3. Operation and mobility:

• Easy operation: The operation of the diesel mixer is relatively simple. Generally, it only needs to master the basic operating procedures and precautions. The operator can start operating after simple training. And its control system is relatively intuitive, easy to understand and master.

• Easy to move: Many diesel mixers are designed to be small, portable or equipped with mobile devices, such as wheels, traction rods, etc., which are convenient for moving and transferring at the construction site, can meet the use requirements of different construction sites, and improve the flexibility of equipment use.

4. Reliability:

• Reliable operation: The working principle of the diesel engine is relatively simple, with high reliability and not prone to failure. In harsh construction environments, such as high temperature, low temperature, humidity, dust, etc., it can still maintain stable performance to ensure the smooth progress of construction.

• Good safety performance: Diesel has a relatively high ignition point and is not prone to fire or explosion accidents. Compared with some equipment using flammable fuels, diesel mixers are more secure during use.

5. Mixing effect:

• High mixing quality: Through reasonable mixing blade design and powerful power output, diesel mixers can fully mix and stir materials in the mixing drum, ensuring that the quality of the materials after mixing meets the construction requirements and improves the quality of the project.

• Wide range of applications: It can be used to mix various types of materials, such as concrete, mortar, cement, sand and gravel, etc., and is suitable for multiple engineering fields such as construction, roads, bridges, and water conservancy.

FAQ

What is the core function of a concrete mixer?

Its core function is to mechanically mix raw materials such as cement, coarse and fine aggregates, water, and admixtures to form a uniform, dense, and stable concrete mixture that meets the construction requirements for pouring and vibration, while ensuring the strength and durability of the concrete.

What are the main types of concrete mixers?

Based on mixing principle and structure, they can be broadly classified into two categories: **Gravity Mixers:** These rely on the rotation of the mixing drum to lift the material inside and allow it to fall freely for mixing. The mixing intensity is relatively weak, making them suitable for mixing plastic concrete (high slump, easy to flow), such as the drum mixers commonly used on construction sites. Advantages: Simple structure, easy maintenance, low cost; Disadvantages: Low mixing efficiency, generally poor uniformity.

Forced mixers rely on blades, spirals, and other components within the mixing drum to forcibly agitate materials, resulting in high mixing intensity. They are suitable for mixing dry-hard concrete, high-performance concrete, and specialty concrete (such as pumped concrete and waterproof concrete). Common types: Horizontal twin-shaft mixers, vertical planetary mixers. Advantages: High mixing uniformity, high efficiency; Disadvantages: Complex structure, higher energy consumption, slightly higher maintenance costs.

What is the difference between the "discharge capacity" and "feed capacity" of a mixer?

Feed capacity: This refers to the volume of dry materials (the total loose volume of cement + sand + water + admixtures) that the mixer can load in at one time. The unit is usually L (liters) or m³. Discharge capacity: This refers to the actual volume of concrete mix that the mixer can produce at one time. It is 0.6 to 0.7 times the feed capacity (because the dry materials will be compacted after mixing). When purchasing, use the discharge capacity as the core reference indicator. For example, a mixer labeled "500L" usually indicates a discharge capacity of 500L, corresponding to a feed capacity of approximately 710-830L.

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