The UHPC laboratory concrete mixer adopts a planetary operation mode, with high wear-resistant mixing blades inside. During operation, the material moves around the mixing shaft, is lifted to a certain height by the mixing blades, and falls under the action of gravity, completing repeated upward and downward movements, achieving a uniform mixing effect. Using this mixing method can quickly and efficiently process various types of concrete, including additives added. The mixing speed is fast, meeting the preparation requirements of laboratory tests. Equipped with a fully automatic control system, the operation is simple, the residual amount is small, and cleaning is convenient. This equipment is suitable for research institutes, university laboratories, new material research, etc. It has irreplaceable advantages for the mixing of ultra-high performance concrete, high grade concrete, fiber concrete, foam concrete, and also has high application value in powder alloy, chemical refractory, glass ceramics and other industries.

01. Material Summary

Ultra High Performance Concrete (UHPC), referred to as UHPC, refers to the general term for cement based composite materials with compressive strength above 150MPa, ultra-high toughness, and ultra-long durability.

High performance concrete is a type of concrete prepared using modern concrete technology. Compared to ordinary concrete, it is not a variety of concrete, but a combination of concrete that is based on the basic requirements of dynamic and sustainable development in a broad sense and suitable for industrial production and construction.

mixing device

02. Material properties and characteristics

Ultra high performance concrete is an ultra high strength cement based material with high strength, high toughness, and low porosity.

Its basic formulation principle is to minimize the internal defects (pores and microcracks) of the material by improving the fineness and activity of the components, without using coarse aggregate, in order to achieve ultra-high strength and durability.

1) High strength

The maximum compressive strength can reach 810Mpa, because the technological level of each country varies greatly. For UHPC, the minimum compressive strength is also required to reach above 150Mpa, and the shear resistance is required to reach above 25Mpa

UHPC planetary Mixer - Ultra High Performance Concrete Mixer

High performance transmission

Fast mixing speed and high homogeneity

Compact structure

Easy to operate

Low maintenance costs