Laboratory Stainless Steel Magnetic Thermo Blender with 4L Bath
USD $185 - $706 /Set
Min.Order:1 Set
Zhengzhou Greatwall Scientific Industrial And Trade Co., Ltd.
University Stainless Steel Magnetic Thermo Blender with 4L Bath
Chemical Use Stainless Steel Magnetic Thermo Blender with 4L Bath
Chemical Use Stainless Steel Magnetic Thermo Blender with 1L Bath
University Use Stainless Steel Magnetic Thermo Blender with 1L Bath
Laboratory Use Magnetic Srirrer Stainless Steel Magnetic Thermo Blender with 1L Bath
Laboratory Use Stainless Steel Magnetic Thermo Blender with 1L Bath
Laboratory Stainless Steel Magnetic Thermo Blender with 4L Bath
I. Brief Introduction of Magnetic Thermo Blender :
Magnetic Thermo Blender can be used as water bath and also can be used as oil bath. Strong magnetic stirring is set in trough solid.
II. Features of Magnetic Thermo Blender :
1. Adopt ANSI 304 stainless steel heater which can be used for oil and water bath.
2. Strong magnetic stirring makes the stirrings in the flume rotate synchronistically to ensure the even and precision of high viscosity solution temperature.
3. The performance of high performance direct current brushless machine is stable and can be used continuously.
4. High temperature magnet will not lose magnetism when continuous use in 300°C.
5. PID control, digital display
6. Dual sensor, temperature can be converted and displayed in flume and reaction vessel.
III. Technical Data of Magnetic Thermo Blender:
Model | HWCL-1 | HWCL-3 | HWCL-5 |
Temperature range(°C) | Room temp ~200 | ||
Temperature stability (°C) | ±1 | ||
Temperature display | Keypad input Digital display | ||
Speed-setting | Knob setting | ||
Speed (rpm) | 0~2000 | ||
Bath size(mm) | φ140×90 | φ220×110 | φ250×140 |
Bath volume(L) | 1 | 4 | 6.5 |
Heater wattage (W) | 300 | 1500 | 1500 |
The max flask input (ml) | 500 | 3000 | 5000 |
PowerSupply(V/Hz) | 220/50 | ||
Dimensions (mm) | 190L×200W×190H | 260L×280W×230H | 260L×280W×260H |
IV. Structure Picture of Magnetic Thermo Blender :
V. Three different models pictures:
V. Experiment
HWCL-1
HWCL-3
VI. Our Team: