JS Series Twin-Shaft Mixer

The performance of a mixer directly determines the homogeneity, strength stability, and production efficiency of concrete. The JS series twin-shaft mixers are specially designed for concrete mixing plants and serve as dedicated mixing equipment suitable for various construction projects, precast component factories, and concrete brick plants. With advantages such as efficient mixing, uniform blending, and strong adaptability, they provide reliable core support for concrete production.

I. Core Product Features

The JS series twin-shaft mixers adopt a new spiral blade arrangement, resulting in short mixing times and uniform material blending. They can handle dry-hard concrete, plastic concrete, lightweight aggregate concrete, and various mortars, meeting the production requirements of different working conditions. The equipment can be combined with PL series batching machines of different models to form a simple concrete mixing station, or used as an independent host machine, making it suitable for a wide range of applications.

II. Core Technical Parameters

III. Core Performance Advantages

1. Efficient and Uniform Mixing Ensures Concrete Quality: The twin-shaft forced-action mixing structure paired with spiral blades creates three-dimensional convection, shear, and mixing within the drum, significantly reducing mixing time. This ensures thorough blending of aggregates, cement, water, and admixtures, preventing concrete segregation and guaranteeing the homogeneity and strength stability of the finished product, thus meeting the production needs of various concrete grades.
2. Strong Adaptability and Versatility Across Working Conditions: The equipment can process pebbles, crushed stone, and other types of aggregates, with a maximum compatible particle size of 80mm. It is also compatible with dry-hard, plastic, lightweight aggregate concrete, and various mortars, making it widely applicable in construction projects, precast component production, concrete brick manufacturing, and other scenarios, achieving multi-purpose functionality with a single machine.
3. Comprehensive Model Range to Meet Different Production Capacities: From small-scale site mixing demands with a capacity of 25 m³ per hour to medium-sized commercial concrete production scenarios with a capacity of 75 m³ per hour, the JS series models can flexibly match concrete production needs of varying scales. They can also be combined with PL series batching machines to form simple mixing stations or used as independent host machines, adapting to different production modes.
4. Stable and Durable Structure with Convenient Maintenance: Key components are manufactured from wear-resistant materials, offering excellent impact and abrasion resistance, enabling long-term adaptation to high-load, dusty working environments. Sufficient maintenance space is reserved, making routine upkeep convenient, and replacing worn parts straightforward, thereby reducing downtime for maintenance and increasing equipment availability.

IV. Wide Range of Application Scenarios

• On-Site Mixing at Construction Sites: Suitable for on-site concrete production in small and medium-sized construction projects, offering flexibility and convenience, allowing adjustment of production pace according to construction progress;
• Production at Precast Component Factories: Provides uniform and stable concrete raw materials for precast concrete components, ensuring consistent component strength;
• Production at Concrete Brick Factories: Suitable for mixing raw materials for various concrete bricks and blocks, ensuring uniform brick strength and stable quality;
• Supporting Simple Concrete Mixing Stations: Combined with PL series batching machines to form simple mixing stations, suitable for small-scale commercial concrete production scenarios, reducing equipment investment costs.
• From construction sites to precast component factories, from small projects to medium-sized commercial concrete production, the JS series twin-shaft mixers, with their core values of “efficiency, uniformity, stability, and versatility,” provide reliable support for various concrete production scenarios, making them the preferred choice for core equipment in concrete production processes.