International Service Hotline:88550560-8212
AFC mainly produces integrated piezoresistive ceramic pressure sensors, standard voltage and current signal output modules, ceramic pressure transmitters, and other products.
The AFC integrated ceramic pressure sensor has characteristics such as fatigue resistance, corrosion resistance, creep free, and linear stability. The product can be applied in multiple industries such as petroleum and petrochemical, aerospace, automotive, metallurgy, equipment manufacturing, industrial control, air conditioning and refrigeration, constant pressure water supply, monitoring and measurement, etc.
The ceramic pressure transmitter developed by AFC has the characteristics of high sensitivity, high accuracy, corrosion resistance, high linearity, and long working life, which can be used in air compressors, refrigerators, central air conditioning, automotive oil pressure, and water treatment equipment.
The AFC integrated ceramic pressure sensor uses a ceramic ring produced by Kyocera Corporation in Japan as the ceramic substrate, adopts a thick film resistance printing process, and the product comes with temperature compensation. It uses an imported laser resistor adjustment machine for zero position adjustment and temperature compensation. Our company independently designs and develops an automatic line for temperature drift coefficient detection and grade classification, and stores the test data on the server according to the ID of each product to ensure the traceability of product quality. The company also designs multiple different signal amplification and conditioning circuits, and independently writes a fully automatic signal conditioning calibration software system, forming a packaging and testing capability with an annual output of 2 million sensor cores and 500000 pressure transmitters. At the same time, our company can precision process and manufacture the metal casing of the transmitter, and can customize various specifications of pressure transmitters according to customer needs.
