Concrete Mixer 2 Cubic Meter

A 2 cubic meter concrete mixer usually refers to a mechanical device that can mix about 2 cubic meters (m³) of concrete at a time. The 2m3 concrete mixers are widely used in construction sites, road construction and other situations where concrete needs to be mixed on site.

JS usually stands for a specific type of forced concrete mixer, where “J” stands for mixer and “S” stands for twin shaft, i.e., this type of concrete mixer has two horizontally placed mixing shafts, which provide a more uniform mixing effect. JS series concrete mixers are common in the Chinese market and are available in different capacities to suit different production needs. The JS model of a concrete mixer 2 cubic meters is the JS2000, where “2000” indicates a theoretical discharge capacity of 2000 liters (i.e. 2 cubic meters) and a feed capacity of usually 3200 liters. JS2000 concrete mixer belongs to the large equipment in JS series, which is widely used in large-scale construction projects, commercial concrete production and other fields. In construction, JS2000 concrete mixer is often matched with HZS120 concrete mixing plant to meet the demand of 120 cubic meters of concrete per hour.

The parameter of a concrete mixer 2 cubic meter including:

1. Power Configuration:

– Mixing motor: double-motor drive, with a total power of 2×37kW (i.e. 74kW), ensuring efficient mixing power.

– Winch motor: some models are equipped with 18.5kW winch for lifting the hopper.

– Auxiliary equipment: water pump power is generally 3kW for cleaning and wet mixing.

2. Weight & Dimensions:

– Overall weight: about 9500kg (9.5 tons), depending on brand and design.

– Overall dimensions: length up to 9.73 meters in working condition, width 3.63 meters, height about 9.73 meters, more compact dimensions for transportation.

Performance features and advantages of concrete mixer 2 cubic meter are:

1. High-efficiency mixing capacity

– Mixing principle: It adopts double horizontal shaft forced mixing structure, the blades on the two mixing shafts are distributed in a spiral, forming a three-dimensional mixing movement, which can complete uniform mixing within 60-120 seconds, especially suitable for dry and hard, large aggregate concrete.

– Productivity: Theoretical productivity up to 120m³/h, suitable for high-intensity continuous operation scenario.

Aggregate adaptability: it can handle aggregates with a maximum particle size of 120mm (pebbles) or 100mm (crushed stone) to meet a wide range of engineering needs.

2. Structural design and reliability

– Wear-resistant design: the mixing tank is lined with wear-resistant alloy steel plate, and the blades are cast with high hardness material to prolong the service life.

– Transmission system: Equipped with special reducer and flexible coupling, smooth running, low noise and convenient maintenance.

– Discharging method: support hydraulic or pneumatic discharging, adjustable discharging height (such as 2700mm or 3800mm), suitable for different transportation vehicles.

3. Flexible configuration and application scenarios

– Stand-alone and supporting use: it can work independently, or form a simple mixing plant with PLD batching machine, or be used as the host of a large-scale mixing plant.

– Applicable project types: widely used in large-scale projects such as highway, bridge, water conservancy, harbor and commercial concrete production.

Outstanding advantages over other models:

– Comparison with small models (such as JS500): the productivity of JS2000 concrete mixer is 4.8 times of JS500 concrete mixer (25m³/h for JS500), which is suitable for large-scale projects and significantly shortens the construction period.

– Comparison with self-falling mixer: forced mixing is more uniform, high cement utilization rate, especially suitable for high strength concrete preparation.

– Economy of energy consumption: Although the power is higher, the energy consumption per unit of concrete is lower, and the long-term cost is more advantageous.

Concrete mixer 2 cubic meter has become the core equipment for large-scale projects by virtue of its large capacity, high efficiency and strong adaptability. Its technical parameters and structural design fully embodies the technical advantages of the forced mixer, especially suitable for the concrete quality and output of demanding scenarios. When selecting the model, it is necessary to synthesize the power configuration, maintenance costs and project requirements to achieve the best benefits.