Products

The GPK Series Pressure Switch is a versatile measurement and control device that combines both pressure sensing and control capabilities. Featuring advanced silicon piezoresistive pressure sensors as its core, the series can also be equipped with other sensor technologies, such as ceramic capacitors, sapphire, and sputtered film sensors, depending on the application requirements. The pressure switch utilizes programmable digital circuits for signal conditioning and correction, outputting standard industrial application signals and switch signals for precise pressure control.

DWEL XPT Series are explosion-proof melt pressure transmitters with 4~20 mA output and HART protocol, specifically designed for use in hazardous environments. Constructed with a full stainless steel welded structure, this series offers both thread and flange installation options. The use of high-performance core components ensures exceptional measurement accuracy and reliability. The XPT Series is widely utilized for melt pressure control in high-precision polymer extrusion equipment, production lines, and laboratory instruments. It serves as an ideal replacement for Dynisco, Gefran, and Graeff.

The FMU300 Series Small Pipe Ultrasonic Flow Meter offers precise, non-invasive flow measurement for pipes from small diameters upwards. Available in integrated and split types, it is compatible with a wide range of pipe materials including stainless steel, copper, carbon steel, PVDF, PVC/CPVC, PPR, PPH, PFA/PU, and HDPE. Designed for clean liquids suchas water, chemicals, organic liquids, oils, and alcohols with stable flow speed, this meter ensures reliable performance without process interruption.

LSK500 series capacitive level switch uses impedance spectrum capacitive technology to provide reliable point level detection for solids, liquids, and slurry media. A high-frequency electric field at the probe detects material presence through dielectric changes, delivering a stable switching output. The sensor is resistant to adhesion, foam, and conductive buildup, and its compact design allows easy installation in limited spaces. It’s widely used in beverage and food processing, dair y and fermentation systems, chemical and environmental processes, cosmetics, lithium battery liquids, and general industrial level detection etc.

The GPX700 series flange pressure transmitters are designed with high-reliability core components, such as silicon piezoresistive sensors, ceramic capacitors, sapphire, and sputtering film pressure sensors, selected based on the specific needs of various industries. These transmitters undergo temperature compensation, digital circuit correction, and signal conditioning to provide accurate industrial standard outputs. Each product is rigorously tested through comprehensive design, component selection, process verification, cyclic loading, aging, and environmental simulation to ensure long-term stability and reliability.

The GPD300 series pressure transmitter utilizes a high-performance monocrystalline silicon pressure sensor chip. The sensor’s signal is processed by a specialized module, converting it into a standard output signal. After undergoing extensive aging and stability testing, the product’s performance is highly stable and reliable, making it suitable for harsh outdoor environments. Additionally, it offers on-site display capabilities for pressure, zero point, and full-range adjustments. The GPD300’s installation port can be customized to meet user specifications and is fully compatible with transmitters from other brands. This product is widely used across industries such as industrial process control, petroleum, chemical, and metallurgy.

The GPS2051 series intelligent flange-mount pressure transmitter incorporates advanced monocrystalline silicon pressure sensor technology and a patented encapsulation process. It is a high-performance pressure transmitter featuring cutting-edge international technology.

The GPL100 series is a wireless pressure transmitter designed for field use without the need for single-point wiring. It uses highly reliable silicon piezoresistive pressure sensors as its core components. After temperature compensation, digital circuit correction, and signal conditioning, the transmitter outputs wireless networking signals. Each product undergoes a meticulous process that includes careful design, component selection, process validation and curing, cyclic loading, aging, environmental simulation testing, and more, ensuring the stability and reliability of every unit.

The GPE300 series pressure transmitter uses a sapphire pressure sensor as its core sensing element. It outputs standard signals for industrial applications and networking through temperature compensation, digital circuit correction, and signal conditioning. 

 The GPE200 series sanitary pressure transmitter uses our company's high-reliability flush-type silicon piezoresistive pressure sensor as its core component. After undergoing temperature compensation, digital circuit correction, and signal conditioning, it outputs standard industrial signals. The product is the result of meticulous design, careful component selection, process validation and curing, cyclic loading, aging, and environmental simulation testing, all of which ensure the stability and reliability of each unit.

The GPG600 Series Anti-Vibration Pressure Gauges are engineered to deliver reliable and accurate pressure readings even in harsh, high-vibration environments. These gauges are equipped with a high-performance Bourdon tube mechanism, specifically designed with a unique shockproof configuration, making them ideal for applications where equipment is exposed to significant mechanical stresses or vibrations.

The DPS3051F Series Smart Differential Pressure Transmitter is a state-of-the-art device designed to meet the needs of precision measurement in challenging industrial environments. Featuring an advanced monocrystalline silicon differential pressure sensor, the DPS3051F delivers exceptional performance in applications requiring high accuracy, stability, and reliability.