Performance characteristics of a biaxial zero-gravity dry powder mortar mixer
2024-05-29

Twin-shaft zero-gravity dry powder mortar mixer: An industry leader in efficient mixing
With the construction industry's increasing demand for material quality, technological innovation in dry powder mortar mixing equipment has become a key industry focus. Twin-shaft zero-gravity dry powder mortar mixers, with their efficient and uniform mixing performance, are becoming the optimal choice of equipment in multiple fields, including dry powder mortar, chemicals, food, and feed.
I. Efficient Mixing, Improved Production Efficiency
The twin-shaft zero-gravity mixer uses a double-shaft reverse-rotating blade structure, causing the materials to experience a momentary weightless state during mixing, forming an all-around compound cyclical motion. This design not only shortens the mixing time (usually only 2-3 minutes), but also ensures mixing uniformity, with a standard deviation as low as three to eight parts per million. In addition, the equipment can be optionally equipped with a high-speed rotating knife device to quickly disperse fibrous materials, further improving mixing efficiency.
II. Strong Adaptability, Meeting Diverse Needs
This equipment is suitable for mixing various materials, including powder to powder and powder to liquid. Even if the materials have significant differences in specific gravity, particle size, and shape, uniform mixing can be achieved, avoiding stratification and segregation. In addition, a spraying device can be added to the equipment according to user needs to achieve solid-liquid mixing, with a maximum liquid addition of up to 20%.
III. Energy-Saving and Environmentally Friendly, Reducing Operating Costs
The twin-shaft zero-gravity mixer performs exceptionally well in terms of energy consumption, with a power consumption per ton lower than that of ordinary horizontal ribbon mixers by 60%. At the same time, the equipment adopts a sealed design, and the shaft ends are equipped with labyrinthine pneumatic seals or silicone soft sealing materials to effectively prevent dust leakage and meet environmental protection requirements.
IV. Durable Structure, Convenient Maintenance
The mixing arms and blades of the equipment are made of alloy cast steel, with excellent wear resistance and a long service life. The combined blade structure design further reduces maintenance costs, and users can directly replace worn small blades, which is economical and efficient. In addition, the large-opening discharge door design reduces mixing dead angles and ensures clean and thorough discharge.
V. Wide Application, Promoting Industry Upgrades
The twin-shaft zero-gravity mixer is not only suitable for the production of dry powder mortar but can also be used in various industries such as chemicals, pesticides, food, and feed. For example, the equipment has demonstrated excellent performance in mixing self-leveling cement, putty powder, and ceramic glaze. With continuous technological advancements, this equipment is providing efficient and reliable mixing solutions for more industries.
Conclusion
The twin-shaft zero-gravity dry powder mortar mixer, with its high efficiency, energy saving, and strong adaptability, is becoming an important driving force for industry upgrades. In the future, with continuous technological innovation, this equipment will play its value in more fields, creating greater economic benefits for users.
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