2600ML Vacuum Stirring Deforming Machine Specifically Designed for Rubber Buckets

2600ML Vacuum Stirring Deforming Machine Specifically Designed for Rubber Buckets

Model：TMAX-ITT-2600S

Purpose: a specialized machine designed for defoaming 2.6L plastic glue buckets

Standard container: 2.6L plastic barrel

Maximum processing capacity: 2.6 liters of plastic drums

Orbital rotation: 100 - 1500 rpm, with stepless speed adjustment. Users can input the desired speed at will, ranging from 1 rpm

Rotation: Fixed speed ratio of 1.28:1

Set time: 0 - 6500 seconds × 5 (a total of five steps), with an accuracy of 1 second

Parameter storage capacity: 5 groups

Vacuum degree: -100 KPa, accuracy: 0.1 KPa

Vacuum Source: Built-in dual-stage high-grade vacuum pump, 600L/ minute (15L/ second =36m ³ / hour)

Vacuum settings: Independent vacuum switch, with vacuum delay function, and vacuum level can be adjusted arbitrarily

Shaft bearing: NSK bearing from Japan

Control system: Human-computer dialogue, with both Chinese and English interfaces, and touchscreen operation

Balance adjustment: Dual cup configuration for balance

Transmission method: Gear transmission

Working principle: Self-rotation without wings, centrifugal gravity method

Alarm device: Detection for unsecured upper cover during operation

Safety protection: The upper cover is locked during operation, and the machine stops working when the upper cover is opened

Applicable temperature and humidity range: 10 - 40 ℃; 20 - 80% RH (no thick foggy moisture is required)

Voltage: AC 220V ± 5%; 16A 1-Phase; 50~60Hz

Power: Rated power of the main unit is 3200W including the vacuum pump.Overall dimensions: L915 * W730 * H920 

Weight：220Kg

Device features: The self-rotation and orbital movements can generate a centrifugal force of nearly 400G, effectively dispersing and eliminating air bubbles; without spiral blades, it enables stirring and dispersion within the container; no need for cleaning, and it will not contaminate the materials; it does not damage the properties of the materials (especially fiber materials); human-computer interaction, easy to operate; optimized design with ultra-small size, ultra-light weight, and ultra-low noise.