It is used for precision constant temperature and auxiliary heating in colleges and universities, industrial and mining enterprises and scientific research units.
• - Stainless steel liner for stamping and molding, cleaning of thousands of liners.
• Microcomputer intelligent thermostat, with dual digital display of setting and measuring temperature and PID self-tuning function, accurate and reliable temperature control.
• Products with built-in circulating water pump can output a constant temperature water flow after installing an external circulation interface.
• Over-temperature alarm system, sound and light alarm prompt the operator to ensure the safe operation of the experiment without accidents.
| Product name | Model | Studio size | power | Standard configuration | Temperature Control Range (°C) |
| Electrically heated thermostatic sink | DK-320 | 300*150*150mm | 500W | ― | RT+5~65 |
| DK-500 | 500*300*200mm | 1045W | ― | ||
| DK-8B | 500*300*200mm | 1500W | ― | RT+5~100 | |
| DKB-8A | 500*300*200mm | 1045W | Water pump flow: 4L/min | RT+5~65 | |
| DK-8D | 150*130*110mm*3hole | 800W | ― | RT+5~100 | |
| Three-purpose Thermostatic Water Bath | DK-320S | 300*150*110mm | 600W | ― | |
| DK-500S | 500*300*150mm | 1500W | ― | ||
| Super thermostatic sink | DKB-501S | 300*240*150mm | 750W | Water pump flow: 4L/min | |
| Electrically heated thermostatic Water Bath | DK-S22 | 240*140*110mm(2 holes) | 500W | ― | |
| DK-S24 | 300*240*110mm(double row 4 holes) | 800W | ― | ||
| DK-S26 | 500*300*110mm(double row six holes) | 1500W | ― | ||
| DK-S28 | 600*300*110mm(double row eight holes) | 2000W | ― | ||
| Electrically heated thermostatic oscillating sink | DKZ-2B | 440*300*240mm | 1200W | Oscillation frequency: 0~200 times/min | RT+5~100 |
| DKZ-2 | 1200W | Amplitude: Horizontal Level 30mm |
Remark:
DK-320(S) \ DK-500(S) is a replacement upgrade of the original DK-420(S) \ DK-600(S).
DKB-8A, DKB-501S model with water pump internal circulation, water pump flow rate 4L/min.
The DK-8D model has three holes, each of which can be independently temperature-controlled.