3 Dimensional 3D Model Powder Blender Tumbler Mixer Machine

• Customization: Available
• Additional Capabilities: Milling
• After-sales Service: Online Service
• Application: Powder, Granules, Powder
• Application Area: Agricultural Chemicals
• Certification: CE, ISO
• Condition: New
• Stirring Type: Forced
• Working: Convection Mixer
• Mixer Type: Powder Mixer
• Layout Type: Horizontal
• Operating type: Cycle Operating
• Warranty: 1-2years
• Transport Package: Woodencase
• Specification: SBH-50
• Trademark: linlu
• Origin: China
• HS Code: 8479820090
• Production Capacity: 10-20kg

Product Description

3D Mixer

Technical parameters

Model	SYH-5	SYH-10	SYH-50	SYH-100	SYH-200	SYH-400	SYH-600
Volume (L)	5	10	50	100	200	400	600
Max load (L)	4	8	40	80	160	320	480
Max load (kg)	3	6	30	60	120	240	360
Rotation (rpm)	0-12	12	0-12	12	12	0-12	0-12
Motor (kW)	0.37	0.55	1.1	1.5	2.2	4	5.5
Weight (kg)	35	50	100	300	450	600	850
Dimension (m)	0.6*0.5*0.7	0.6*0.5*0.7	0.8*1.1*1	1.2*1.6*1.3	1.4*1.8*1.3	1.6*2*1.6	1.8*2.5*1.8

Introduction
It has a multi-directional movement, the material inside has no centrifugal force, no specific gravity segregation or stratification or accumulation phenomenon, the mixing rate can reach 99.9% or more, it is the ideal mixer for a variety of products.
Large cylinder loading rate, up to 90% (ordinary mixer is only 40%), high efficiency, mixing time is short.
Arc is all over the cylinder body after precise polishing.

Application
Used for high uniformity mixing of powdered and granular materials in the field of pharmaceutical, chemical, food, light industry, electronics, machinery, mining and metallurgy and even the defense industry and various scientific research units .

Working principle
Driven by the driving shaft, the loaded cylinder body can make a complex movement such as translation, rotation and tumbling to make the material move in three directions along the cylinder to realize the flow, diffusion, accumulation and mixing of various materials, in order to achieve the purpose of uniform mixing, to avoid specific gravity segregation and stratification phenomenon resulted from general mixer due to centrifugal force.