Dual Shaft Mixing Machine Introduction Dual Shaft Mixing Machine is designed to provide precise and efficient mixing solutions for modern manufacturing industries. Through advanced shaft synchronization technology, the machine achieves excellent material dispersion and consistent mixing results....
Dual Shaft Mixing Machine is designed to provide precise and efficient mixing solutions for modern manufacturing industries. Through advanced shaft synchronization technology, the machine achieves excellent material dispersion and consistent mixing results.
It is commonly installed in production lines involving concrete, minerals, cement products, and recycling materials.
Dual Shaft Mixing Machine Advantages & Features
Precision Mixing Performance
The controlled mixing process ensures stable material quality.
01
Strong Adaptability to Production Lines
The machine can work together with batching, conveying, and automatic control systems.
02
Efficient Material Handling
It provides powerful processing capability for various industrial formulations.
03
Long-Term Operational Reliability
Robust components support continuous production requirements.
04
FAQ
Q: What is the recommended lubrication schedule for the automatic grease pump?
A: The electric automatic lubrication system operates continuously during mixer runtime, injecting grease into the shaft-end seals every 15 to 30 minutes depending on the operating pressure. The central grease reservoir typically requires topping up every 50 to 100 operating hours with NLGI Grade 2 lithium-based or extreme-pressure grease.
Q: What types of concrete formulations can this machine process?
A: Twin shaft mixers excel across a broad range of concrete applications: Ready-Mix Concrete (RMC) Precast Concrete & High-Strength Concrete (HPC / UHPC) Roller-Compacted Concrete (RCC) for dams and road foundations Lightweight Concrete & Self-Compacting Concrete (SCC)
Q: How long is a standard mixing cycle for concrete batching plants?
A: A typical mixing cycle ranges from 45 to 75 seconds (including dry aggregate loading, water/additive injection, wet mixing, and discharging). The exact time depends on the concrete formulation and required slump level.
Q: What are the main wear parts, and what is their expected service life?
A: The main wear parts are the mixing blades, mixing arms, and tank liner plates, typically manufactured from high-chromium alloy cast iron (Cr20+). Depending on aggregate hardness and abrasiveness, standard wear parts last between 50,000 to 100,000 batches.
