Do you have such a problem like below?
QNXT DIW heater will solve these problems.
Make the Eco innovation by QNXT DIW heater in the semiconductor industry
To help reduce the use of Energy and Water resources
To help reduce the use of Global warming chemicals and Plastic
QNXT’s groundbreaking feature
QNXT 144kW Heater, 22LPM, 70 Set Point Time To Temp (°C)
12LPM flow with a 72kW QNXT Temperature Response Curve
Frequently Asked Question
Could Trebor’s heater be used at stable set temperature when the flow rate environment rapidly changes?
Trebor’s DIW heater can be used at rapidly changing flow rate environment and with stable set temperature due to PID control and the internal flow meter.
Could we know the amount of DIW we can reduce by replacing existing heater to Trebor’s heater?
We can calculate the amount of reduction for DIW if you let us know the current usage environment.
The delivery destination is overseas factory, in this case how is the support after delivering the heater?
We have firm global network with each Trebor distributors, even if the delivery destination is overseas , we can cooperate with local distributors and provide great support such as visiting customer’s place when some problem occurred at the customer’s site.
Does it require a lot of maintenance work?
Trebor’s DIW heater doesn’t use O rings. So basically only the heater module needs to be replaced, it doesn’t take a lot of work.
Why Trebor DIW heater can keep the set temperature at 0LPM flow rate(without draining the water)?
Basically the other manufacturer’s heater need to drain the water to dissipate residual energy and a large thermal mass but the thin film on quartz heater element of Trebor DIW heater has a low thermal mass and less energy is stored that would require dissipation.