Dry Powder Mixer Laboratory Mixing Equipment for Granules

Product Overview

This high-efficiency dry powder mixer is laboratory mixing equipment designed for blending dry powders and granular materials. Its V-type asymmetric vessel uses mechanical transmission to create reciprocating material movement between two cylindrical chambers positioned at different heights. This motion promotes uniform mixing throughout the batch while maintaining a practical, compact configuration for laboratory and small-scale production environments.

The equipment is suitable for pharmaceutical, chemical, food, feed, ceramic, and metallurgical applications. It supports either manual feeding or vacuum-assisted material loading, allowing users to match the feeding method to material properties, workflow requirements, and available process equipment. The stainless steel vessel has a smooth interior that simplifies cleaning and supports efficient changeover between batches.

The asymmetric V-shaped vessel is engineered for mixing without dead zones, helping improve batch consistency and material turnover. A rational structure, straightforward operation, stable 20 r/min mixing speed, and durable stainless steel construction make this unit suitable for demanding research, development, quality control, and small-batch processing environments.

Key Features

• V Type Asymmetric Vessel: The two cylindrical chambers are arranged at different heights to create effective reciprocating movement of powders and granules. This design supports thorough material exchange throughout the vessel.

• Uniform Mixing Without Dead Zones: The V-shaped configuration is designed to reduce unmixed areas, helping deliver more consistent blends across dry powder and granular batches.

• Flexible Feeding Methods: Materials can be added manually or introduced through vacuum suction. This gives operators practical flexibility when handling different materials or integrating the mixer into a laboratory workflow.

• Stainless Steel Construction: The mixing vessel is manufactured from stainless steel, providing a robust material-contact surface suitable for pharmaceutical, food, chemical, ceramic, feed, and metallurgical processing environments.

• Smooth Internal Surface: The polished and smooth inner wall is easier to clean after processing. This supports practical maintenance and reduces the effort required for material changeover.

• Stable Mixing Speed: A mixing speed of 20 r/min provides steady mechanical movement for dry powders and granular materials. Consistent rotational operation supports repeatable processing conditions.

• Two Capacity Options: The equipment is available in 20 L and 30 L vessel capacities, with corresponding working volumes of 8 L and 12 L. Buyers can select the configuration that matches batch size and available laboratory space.

• Compact Laboratory Footprint: The equipment combines useful processing capacity with compact overall dimensions. Its straightforward structure and convenient operation support installation in laboratories, pilot areas, and small production spaces.

• Practical Mechanical Design: Mechanical transmission provides the movement required for blending without relying on complex operating procedures. The rational structure supports efficient use, routine cleaning, and dependable daily operation.

Applications

Technical Specifications

The 20 L configuration provides an 8 L working volume for smaller development batches, formulation studies, and routine laboratory testing. Its 0.55 kW motor is matched to the stated vessel capacity, while the 1195 × 350 × 885 mm overall dimensions support installation where floor space is limited.

The 30 L configuration increases vessel capacity to 30 L and working volume to 12 L for users requiring a larger batch size. It uses a 0.75 kW motor and measures 1170 × 370 × 1045 mm. Both variants have a recommended load of 10 kg and operate at a 20 r/min mixing speed, allowing buyers to compare capacity and footprint while retaining the same basic mixing principle.

The stated working volumes should be used when planning batch sizes. Actual loading suitability can depend on material density, flow behavior, particle characteristics, and the required degree of blending. For procurement and process validation, users should confirm material compatibility, feeding arrangements, installation clearances, and batch requirements with the supplier before ordering.

Why Choose This Product

• Purpose Built for Dry Materials: The equipment is specifically designed for dry powders and granular materials across multiple industrial and research fields, making it a practical choice for laboratories handling varied material types.

• Consistent Mechanical Action: The asymmetric V-type vessel and controlled 20 r/min rotation provide repeatable material movement for routine blending, formulation work, and quality control preparation.

• Efficient Cleaning and Changeover: Stainless steel construction and smooth internal walls reduce cleaning complexity, supporting more efficient transitions between compatible batches.

• Capacity Selection for Different Workflows: The 20 L and 30 L vessel options allow buyers to align working volume, motor power, batch size, and installation space with actual process needs.

• Reliable Laboratory Operation: A rational mechanical structure, flexible loading methods, and convenient operation support dependable daily use in research, pilot, and small-batch environments.

Contact KINTEK for a quotation, application review, and a dry powder mixing solution matched to your material, batch size, and laboratory workflow.

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