In - depth Analysis of the Three Core Mechanical Designs of AIMIX AS - 6.5 Self - loading Mixer's Double - helix Mixing System

14 11,2025
AIMIX
Product description
This article focuses on the double - helix mixing system of the AIMIX AS - 6.5 self - loading mixer. It conducts an in - depth analysis centered around three core mechanical designs to reveal the key logic behind its doubled mixing efficiency. First, it starts with the mechanical layout of the double - helix structure, elaborating on the included - angle design of the two screw shafts, the parameters of the blade helix angle, and the collaborative mechanism of reverse rotation. It explains how this structure creates a three - dimensional mixing space without dead angles, enabling materials to form a closed - loop motion trajectory of 'rising - shearing - sinking'. Then, it delves into the dynamic matching mechanical principle of torque and speed, explaining how the equipment adjusts the output torque in real - time according to the material viscosity and loading capacity. Coupled with the precise speed - ratio design of the main and auxiliary shafts, it ensures the mixing force while avoiding energy loss. Finally, it disassembles the application of fluid mechanics in the system, including the optimization of the flow field in the mixing cabin, the dispersion mechanism of material resistance, and the enhancement effect of the double - helix motion on fluid mixing efficiency. Through a pure - text logical connection and analysis of specific technical parameters and mechanical principles, the article enables readers to clearly understand how the three mechanical designs work together to improve mixing uniformity and double the efficiency. It also correlates the actual application performance of the AIMIX AS - 6.5 in large - scale projects, strengthening the connection between technical design and practical value.
AS-6.5-Self-Loader-Mixer-4

Unveiling the Double Helix Mixing System of AIMIX AS-6.5 Self-loading Concrete Mixer

In the realm of construction machinery, the AIMIX AS-6.5 self-loading concrete mixer stands out with its revolutionary double helix mixing system. This article delves deep into the three core mechanical designs of this system, revealing the key logic behind its doubled mixing efficiency.

Mechanical Layout of the Double Helix Structure

The double helix structure is the foundation of the efficient mixing process. The angle between the two spiral shafts is precisely designed at around 60 degrees, which, combined with the blade helix angle of approximately 30 degrees, creates a unique mixing environment. The two shafts rotate in opposite directions, working in tandem to form a three-dimensional mixing space without dead - ends.

This setup forces the materials to follow a "rise - shear - sink" closed - loop motion trajectory. As a result, the mixing uniformity can reach up to 95%, significantly higher than traditional mixers with an average uniformity of around 80%.

Dynamic Matching of Torque and Rotation Speed

The AIMIX AS - 6.5 self - loading concrete mixer is equipped with an intelligent system that dynamically matches torque and rotation speed. Based on the viscosity of the materials and the loading capacity, the system can adjust the output torque in real - time. For example, when dealing with high - viscosity materials, the torque can be increased by up to 30% compared to normal conditions.

The precise speed ratio design between the main and auxiliary shafts ensures that the mixer maintains sufficient mixing force while minimizing energy consumption. This energy - saving feature can reduce energy consumption by about 20% compared to similar products in the market.

Application of Fluid Mechanics

Fluid mechanics plays a crucial role in the double helix mixing system. The flow field inside the mixing chamber is optimized to reduce the resistance of the materials. The double helix motion effectively disperses the material resistance and enhances the fluid mixing efficiency.

The fluid mixing efficiency is increased by about 50% compared to single - helix mixers. The mixer can complete a mixing cycle in just 3 - 5 minutes, while traditional mixers usually take 6 - 10 minutes.

Real - world Applications in Large - scale Projects

In large - scale construction projects, the AIMIX AS - 6.5 self - loading concrete mixer has demonstrated its outstanding performance. Its high mixing efficiency and uniformity have helped shorten the construction period by up to 20% in some projects. The mixer's ability to handle different types of materials also makes it a reliable choice for various construction scenarios.

In conclusion, the three core mechanical designs of the double helix mixing system in the AIMIX AS - 6.5 self - loading concrete mixer work together to achieve a significant improvement in mixing uniformity and efficiency. If you are looking for a high - performance mixer for your construction projects, don't miss the AIMIX AS - 6.5. Click here to learn more about AIMIX AS - 6.5 self - loading concrete mixer!

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