Brief: We show the practical steps and results so you can judge suitability quickly. This video demonstrates the operation of the LTD-B Series 0.5L Laboratory Horizontal Pin Type Bead Mill, showcasing its grinding process for materials like ink and coatings. You'll see how it achieves super fineness from 10 to 2μm and learn about its key components, including the ceramic pins and dynamic discharge system.
Related Product Features:
Designed for grinding low to medium viscosity products like ink, car paint, and coatings with fineness from 10 to 2μm.
Features a 0.5L chamber capacity with a rotor speed range of 0-2900 RPM for precise control.
Equipped with a 2.2kW explosion-proof motor and uses zirconia beads for efficient grinding.
Includes a dynamic blade ring discharge system and a 1-inch pneumatic diaphragm feeding pump.
Constructed with a stainless steel 304 outer chamber and wear-resistant hard alloy or SiC inner chamber.
Utilizes high-quality components like German Burgmann mechanical seals and SKF bearings from Japan.
Provides integrated cooling with a water flow of 90L/hour and temperature control from 7-12°C.
Comes with safety features including explosive-proof temperature and pressure gauges.
Вопросы:
What materials can this laboratory bead mill process?
It is suitable for grinding low and medium viscosity products (less than 20000cps) such as ink, car paint, anti-corrosion coatings, color paste, and wood coatings, achieving a super fineness of 10-2μm.
What are the key components and materials used in the grinding chamber?
The mill features a stainless steel 304 outer chamber, a wear-resistant hard alloy or silicon carbide inner chamber, ceramic (zirconia) pins, and a tungsten carbide discharge separator for durability and efficiency.
What motor and power specifications does this bead mill have?
It is powered by a 2.2kW explosion-proof motor, operating at 380V/50Hz/3Phase, with a rotor speed adjustable from 0 to 2900 RPM via an inverter.
How is the product discharged and what cooling system is included?
The mill uses a dynamic blade ring discharge type with a 0.5mm gap and includes a cooling system with a water flow of about 90L/hour at 0.4Mpa pressure, maintaining a temperature of 7-12°C.