Brief: Join a quick walkthrough that focuses on what matters to users and operators. This video demonstrates the 1.5L Capacity Sand Mill Machine Pin Type Horizontal Laboratory Bead Mill in action, showcasing its grinding process, key components like the ceramic pins and dynamic discharge system, and its application for products like ink and coatings.
Related Product Features:
Designed for grinding low to medium viscosity products such as ink, car paint, and coatings with fineness down to 10-2μm.
Features a 1.5L chamber capacity with a rotor speed range of 0-2900 RPM for precise control over the grinding process.
Equipped with high-quality components including a ceramic zirconia pin rotor and a tungsten carbide discharge separator for durability.
Includes a 4kW explosion-proof motor and uses zirconia beads for efficient and safe particle size reduction.
Offers integrated cooling with a water temperature range of 5-20°C to maintain optimal operating conditions during grinding.
Utilizes a dynamic blade ring discharge type and an adjustable pressure gauge for consistent and controlled product output.
Comes with a 1-inch ARO pneumatic diaphragm pump for reliable feeding and smooth operation in laboratory settings.
Built with premium bearings from SKF and a mechanical seal from Burgmann to ensure long-lasting performance and minimal maintenance.
Faqs:
What materials can be processed with this laboratory bead mill?
This sand mill 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 machine features an outer chamber made of stainless steel 304, an inner chamber of wear-resistant hard alloy steel or silicon carbide, ceramic zirconia pins, and a tungsten carbide discharge separator for enhanced durability and performance.
How is the discharge and cooling system configured for safe operation?
It includes a dynamic blade ring discharge type with a 0.35mm gap, an adjustable explosive pressure gauge (0-0.6Mpa), and a cooling system with water flow of about 200L/hour at 5-20°C to maintain safe and efficient grinding conditions.