A dry powder mixer, also known as a dry powder blender, is a machine that uses mechanical force and gravity to evenly mix two or more powder materials. A dry powder blender can mix multiple materials into a uniform mixture; it can also increase the contact surface area of materials to promote chemical reactions; it can also accelerate physical changes, such as adding a granular solute to a solvent, which can be dissolved and mixed faster through the action of the mixing machine.
1. The dry mortar production line has a wide range of uses: the equipment can meet the production and manufacturing of dry mortars with different requirements. Such as masonry mortar, plastering mortar, polymer mortar required for insulation fine crushing, polystyrene particle insulation mortar and other dry mortars.
2. Small investment: dry mortar equipment has obvious value advantages. Especially for the production projects of exterior wall insulation and decorative mortar, it has small investment, quick results, and cost recovery in
a short time. And it avoids equipment idleness and resource waste caused by excessive investment.
3. Easy to use: dry mortar equipment has small footprint, simple operation, low energy consumption, can produce about 5-40 tons per hour (no need to build a tall factory building, greatly reducing the initial investment), small working space, small staffing, easy operation, and can be directly installed and used without civil engineering.
4. Long service life: The materials of the vulnerable parts of dry mortar equipment are all made of high-strength wear-resistant steel. Its service life is greatly extended.
5. The main machine of this dry mortar equipment adopts a double-axis gravity-free mixer, which is developed and manufactured based on the technical essence of multiple generations of new models. It has automatic feeding,
pneumatic discharging, no accumulation on the barrel wall, and no dead corners.
The stirrer structure of the horizontal ribbon dry powder mixer is designed with three layers of spiral blades inside and outside. When the mixer is working, the inner and outer spirals drive the materials in the cylinder to turn
over. The inner spiral drives the materials near the axis to rotate along the axis, and the steering pushes from the inside to both sides, and the materials are pushed to the cylinder wall; the outer spiral drives the materials near the
cylinder wall to rotate along the axis, and the axial direction pushes from both sides to the inside, and the materials are pushed to the inside to gather, so that the ribbon agitator turns the materials over a large range in the cylinder,
and the materials convect and circulate in the cylinder, shear and infiltrate,so that the materials are quickly and evenly mixed in a short time.