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...diffused silicon piezoresistive sensors. Based on the hydrostatic principle, it accurately calculates liquid level depth by measuring the static pressure generated by the liquid height. Featuring a fully iso...
Cold plate for Large industrial High voltage conventers cooling solutions Description For low pressure drop, for low or high flow rates, for low thermal resistance, or for high-efficiency applications ... We ca...
Base Station Amplifier cooling solution, Amplifier cooler, Amplifier cold plate Description For low pressure drop, for low or high flow rates, for low thermal resistance, or for high-efficiency applications ......
Electronic Cooling Solutions with Brazed Aluminum Cold Plates Description For low pressure drop, for low or high flow rates, for low thermal resistance, or for high-efficiency applications ... We can support yo...
Friction Stir Welded Cold Plates for Power Semiconductors, Power supply, IGBT cooling solutions Description For low pressure drop, for low or high flow rates, for low thermal resistance, or for high-efficiency ...
High voltage direct current cold plate for Electronic Car Battery Cooling solution Description For low pressure drop, for low or high flow rates, for low thermal resistance, or for high-efficiency applications,...
Brazed Aluminum cold plate for Electronic Bus Cooling solution Description We can support your project through the entire development process for a custom cold plate, like Aluminum cold plate for Electronic Bu...
... field, the flowmeter can measure the flow velocity of conductive liquid. It calculates the instantaneous flow rate, integrated flow rate, etc. from the measured flow velocity. Safety Precautions Indicates t...
...the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to prevent leakage and...
... is determined by the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to p...
...ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to prevent leakage and loss of liquids or...
... by the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to prevent leakage...
...the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to prevent leakage and...
...the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to prevent leakage and...
... is determined by the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to p...
...ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to prevent leakage and loss of liquids or...
... is determined by the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to p...
... is determined by the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to p...
... by the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to prevent leakage...
... is determined by the inner diameter ID and the wire diameter CS. 2.O-ring size calculation: outer diameter = inner diameter + 2 x wire diameter (OD = ID + 2x CS). 3.The purpose of using O-ring seals is to p...