Planetary Gravity Vacuum Mixing Defoaming Machine For Perovskite Solar Cell Equipment

Planetary Gravity Vacuum Mixing Defoaming Machine For Perovskite Solar Cell Equipment

Model: ITT-300SS

Use: Adapted to the dispersion, mixing and defoaming of multi-component materials (silica gel, multi-component epoxy resin etc.).

Standard container: 300ML (HDPE φ78×90) or 150ml (HDPE φ60*72); 30CC or less syringes

Maximum processing capacity: 50g~400g; ≤150mL;

Revolution: 100~2500rpm stepless speed regulation, according to the actual needs of the user arbitrary input, adjust 1rpm;

Rotation: 0~130% of the ratio with the revolution speed;

Setting time: 0~3000Sⅹ5 (five steps), precision 1s;

Parameter storage capacity: 5 groups;

Vacuum degree: relative value -100KPa, absolute pressure of the whole machine <100Pa (<1mbar).

Vacuum source: built-in two-stage advanced vacuum pump 240L/min (= 4L/sec = 14~16m2, /hour);

Absolute value limit pressure (partial pressure 5*10-2Pa and 0.05Pa)

Absolute value limit pressure (full pressure 4*10-1Pa and 0.4Pa)

Vacuum setting: vacuum independent switch, with vacuum delay function, vacuum degree is adjusted arbitrarily;

Bearing: Japan NSK bearing;

Control system: man-machine dialogue, Chinese interface, touch screen operation;

Balance adjustment: double-cup configuration balance;

Transmission mode: gear transmission;

Working principle: male rotation wingless centrifugal gravity way;

Alarm device: operation of the upper cover is not covered detection;

Safety protection: the top cover is locked when running, and stops working when the top cover is opened;

Applicable temperature and humidity: 10~40 ℃; 20~80%RH (no foggy moisture);

Voltage: AC220V±5%; 1-Phase; 50~60Hz;

Power: host rated power 1000w with vacuum pump  standby 15W

External dimensions: L670 × W560 × H610mm;

Host weight: 130Kg.

Features

rotation and revolution movement of the highest generation of nearly 400G centrifugal gravity, strong dispersion and defoaming; no spiral blade, to achieve the mixing and dispersion of the container; no need to clean, will not contaminate the material; does not damage the material (especially fibrous materials) traits; human-computer interaction, easy to operate; ultra-small, ultra-lightweight, ultra-quiet optimization of the design.