CEL5 Laboratory Intensive Mixer With Technical Information

2024.7.10 | CO-NELE

CEL5 Laboratory Mixer With Technical Information

CEL5 laboratory intensive mixer with mixing and granulation (Laboratory Granulator mixer) functions. It can work under cooling, heating (temperature can reach 200 degrees) and vacuum conditions. The laboratory granulation mixer equipment first ensures a small footprint and sufficient internal space in terms of equipment appearance. Secondly, the precision and durability of the equipment meet the high production requirements of laboratory standards.

CEL5 laboratory intensive mixer application: refractory materials, glass products, ceramic aggregates, metallurgical casting sand, environmental sludge, building materials, chemical fertilizers, and even flux, friction materials, and carbon materials.

Here are the technical informations of the CEL laboratory mixer: CEL5 Laboratory Mixer With Technical Information

The laboratory intensive mixer is an efficient mixing equipment suitable for laboratory environments, with the following characteristics and advantages:

Efficient mixing capacity: It can achieve full mixing of materials in a short time.

Good uniformity: It can evenly distribute materials of different particle sizes and densities to ensure product consistency.

Wide range of applicable materials: It is suitable for various types of materials such as powders, granules, liquids and viscous materials, and is used in many industrial fields such as metallurgy, refractory materials, glass, chemicals, building materials, agriculture, pharmaceuticals, and food.
Precise control of parameters: usually equipped with advanced control systems, which can accurately adjust parameters such as mixing time, speed, temperature, etc. to meet different experimental needs.
High repeatability: can provide stable mixing effects and ensure consistency between different batches.
Promote innovation: help experimenters test different material combinations and mixing processes in the new product development and process improvement stages.
Flexible adaptation: can adapt to the mixing of raw materials of different types, sizes and proportions.
Easy operation: some equipment is equipped with an intelligent operation interface to reduce the complexity of operation.
Recording data: data during the test can be recorded to facilitate subsequent analysis and optimization.

Laboratory intensive mixers produced by different manufacturers may have differences in functions, performance, specifications, etc. For example, CONELE laboratory mixers are suitable for mixing a variety of materials, including but not limited to:

Concrete materials, such as roof tile concrete, facing concrete, railway sleeper concrete, foam concrete, fiber concrete, self-compacting concrete, polymer concrete, sulfur concrete, high-strength concrete, ultra-high-strength concrete, etc.

Ceramic materials, such as molecular sieves, proppants, grinding materials, grinding balls, ferrites and oxide ceramics, etc.

Chemical materials, such as fertilizers, phosphate fertilizers, mineral materials, lime, carbon black, etc.

Environmentally friendly materials, such as fly ash, fly ash, ash, dust, sludge, etc.

Building materials, including refractory ceramsite, clay ceramsite, shale ceramsite, ceramsite filter material, ceramsite bricks, ceramsite concrete, etc.

When choosing a laboratory high-power mixer, you can consider the following factors: mixing effect, equipment stability, operation convenience, maintenance cost, manufacturer's reputation and after-sales service, etc. At the same time, it is recommended to choose the appropriate model and specification of equipment according to the specific experimental needs and material characteristics. If you want to know the information of a specific laboratory high-power mixer, CONELE can provide more detailed requirements so that I can better answer you.

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