Dual Jar 3D Laboratory Ball Mill Machine Shaker with 180W Power

Price Negotiable

Price: USD4500-5500/Piece

MOQ: 1 Piece

Delivery Time: 24

Brand: ZHIK

Product Description

Dual Jar 3D Rotary & Shaker Ball Mill

ZK-GB80D is a dual jar high energy ball mill with 3D movement which can mill two types of powder into nanoscale at the same time. It has a
higher impact force created by three-dimensional movement, e.g. rotation, vibration and oscillation with frequency up to 1000 RPM.
The 24VDC motor is built-in with the separated and programmable control unit, which can be operated inside a glovebox with Argon
gas.

The high-speed vibrating ball mill has an eccentric swing shaft. During high-speed operation of the motor, the tank body oscillates oscillatingly; it drives the entire support to vibrate up and down, so that the grinding process is completed in the three-dimensional space of high-speed oscillation and vibration. Greatly improve the grinding speed and efficiency.

technical parameter

1	Model specifications	ZK-GB80D
2	Jar specifications	50ml,80ml
3	Maximum load	One third of the volume of the ball mill
4	Feeding size	<1mm
5	Discharge size	As small as 0.1μm
6	Swing frequency	1000 RPM
7	Timing range	0 ～ 9999 seconds and normally open
8	Motor specifications	Single phase 220V 180W 50HZ
9	Dimensions	525×365×280(mm)

product description
1	Overview	ZK-GB80D high-speed vibrating ball mill is a kind of high-efficiency small instrument used for the preparation of laboratory samples (a small amount and a trace amount)
2	working principle	The instrument has three-dimensional rotation and vibration and vibration during grinding, and the collision energy is higher than other types of ball mills.
3	advantage	The instrument is small in size, light in weight, high in efficiency and cheap in price
4	Scope of application	The high-speed vibration ball mill can be used to dry or wet ball mill or mix various types of solids, suspensions and pastes with different particle sizes and different materials. It can be used for grinding, mixing and mechanical alloying of materials