AKW's laboratory-grade mixing and granulating machine provides professional experimental solutions for refractory material mixing and granulating test programs, the glass industry, the ceramic industry, the foundry sand industry, the building materials industry, the metallurgical industry, and other industries.

In the refractory industry, which pursues extreme performance, the mixing process is the "lifeline" of production. Uniformly dispersing coarse and fine particles, powders and fibers, eliminating material segregation, and ensuring high batch consistency

The inclined Intensive Mixer plays a vital role in the production of the"three major parts"of refractory materials(long nozzle,stopper rod,immersed nozzle),and is one of the key equipment to improve product quality,uniformity and production efficiency.

Live broadcast of the AKW small granulator experiment for scientific research! Designed for laboratory scenes, it is a blessing for scientific research parties.

Principle:The three-dimensional countercurrent intensive mixer rotates at high speed in a closed container,violently mixing,shearing,and agglomerating the powder and the injected binder into granules.

In the field of carburizer production, mixing uniformity and particle forming quality directly determine product performance and market competitiveness. The inclined mixer granulator created by AKW, with its revolutionary design concept and superior mixing efficiency,

The R04 Model 10L Intensive Lab Mixer is an excellent choice for ceramic R&D, formulation, and small-batch processing due to its ability to handle high-viscosity pastes, high-solid-load slurries, and plastic clay bodies consistently. Here’s how it applies to ceramics, along with key considerations:

Intensive sand mixer revolutionizes foundry sand mixing: AKW tilted design sets new benchmark for high efficiency and uniformity

In the field of alumina production, the granulation link plays a key role in product quality and production efficiency. Qingdao AKW inclined mixing granulator stands out with many unique advantages, which is in sharp contrast with ordinary granulators.

The three-dimensional mixing technology of the Intensive mixer improves the homogenization efficiency of flux raw materials by 30%, supports the precise addition of active agents and alloy components, realizes low-temperature sintering, energy saving and environmental protection, and helps the intelligent upgrading of the flux industry.

There are significant differences between the refractory high-efficiency intensive mixer and the mixer in terms of function, structure, application scenario and performance.